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TimestampScoreComplete Name1. The correct sequence of the four core steps of Essential Intrapartum and Newborn Care (EINC) is as follows2. Treatment with antenatal corticosteroids leads to3. What are the benefits of immediate skin-to-skin contact? 4. When should the cord be clamped after birth?5. Newborn interventions such as weighing, physical examination, eye prophylaxis and intramuscular injections should be done6. The EINC protocol requires7. Breastfed children are less likely to have8. Skin to skin contact after birth has benefits for the mother. These include:9. If the mother-infant dyad will be separated, when should hand expression be started?10. Sign of good attachment is11. Consequence of poor attachment is12. The ideal breastfeeding position for preterm newborns13. The global SDG target for neonatal mortality rate is:14. Immediate KMC can be done:15. Benefits of KMC include:16. Which of the following is the most appropriate action for infants who cannot be enterally fed and who need immediate transport?
17. During neonatal transport, it is advisable to keep blood sugar at what range?18. The following are essentials in newborn stabilization and transport:19. What percentage of term newborn deliveries would require some form of stimulation to begin to breath?20. What is the first step after determining that the neonate needs resuscitation?21. What is the most important and effective step in neonatal resuscitation?22. The following are the advantages of self-inflating bag, EXCEPT:23. Without the reservoir bag, a self-inflating bag only delivers how much FiO2?24. In assessing the heart rate, you count the number of beats in how many seconds?25.What is the heart rate that indicates the need to start PPV?26. The heart rate that signals the need for chest compression:27. In MR SOPA, R stands for:28. Recommended dilution of epinephrine29. Cadence of ventilation and chest compression?30. The following are indications for intubation during resuscitation, EXCEPT:
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4/15/2026 18:14:0029 / 30Alexandria Jane Castillod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationa. control of premature labord. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:15:5728 / 30Joharenz Freedom Alvarez Retuyad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovec. Only after 24 hours from birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourced. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:16:4529 / 30Rachelle Anne C. Mañod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovea. 20%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:17:2229 / 30Melanie Manguerrad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboveb. Give 2 mL/Kg of D10 Water via umbilical veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:17:4630 / 30Melissa A. De Gamod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:18:0229 / 30Dyra Marie B. Botord. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourced. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:18:4228 / 30Maria Quennie Moret Moldesd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeeda. mother’s consent for skin-to-skin contact and rooming-ind. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:21:3427 / 30Francine Ibiasd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationa. control of premature labord. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the aboveb. Once baby has latched on mothera. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpb. Drying and stimulationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:23:1225 / 30Sharina C. Manzanod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationa. control of premature labord. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedb. drying to be done for 30 seconds regardless of baby’s statusd. All of the aboved. All of the aboved. All of the abovea. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%c.10a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:23:2230 / 30ROCHELLE GILLESANIAd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:24:1330 / 30Arcie Camille G. Gumatayd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:26:0028 / 30Maria Quennie M. Moldesd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeeda. mother’s consent for skin-to-skin contact and rooming-ind. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:29:0730 / 30Rachel R. Santosd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:29:1830 / 30Irene V. Carnated. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:36:0530 / 30Annaliza Simond. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:37:1127 / 30Siena u. Palaganasd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourced. 40%d. 6a. <100b. 80c. Refit the maskc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:37:3824 / 30Jenina Josed. Drying, skin-to-skin contact, cord clamping and cutting, non-separationa. control of premature laborb. Allows heat loss via conductionb. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the aboveb. Once baby has latched on mothera. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veina. 40 – 50 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourcea. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:38:0228 / 30Gladys G. Naodd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the aboveb. Once baby has latched on mothera. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboved. Start Total Parenteral Nutrition at 80 mL/Kg/day via umbilical arteryb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:41:3323 / 30Irish fatima sto. Domingod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedb. drying to be done for 30 seconds regardless of baby’s statusd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpd. Call for helpd. Requires oxygen reservoira. 21%d. 6d. <60b. 80b. Reposition the airwayb.1:1000 solutiona. One and two and three and breatheb. Neonates suspected to have diaphragmatic hernia
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4/15/2026 18:45:3130 / 30Jairah Mae Roncalesd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:47:1030 / 30Angela Amor V. Durand. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:47:5529 / 30Shirlene Joy S. Amiod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoirc. 30%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:51:4930 / 30Jimsie Fernandezd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:51:4930 / 30Willabee Anque Salvanid. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:53:1130 / 30Anna May S. Gonzalesd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:55:3630 / 30Jennifer G. Tabbadad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
28
4/15/2026 18:56:1229 / 30Genevieve C. Gilapayd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 18:59:1130 / 30JOSE EVANGELISTA JRd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
30
4/15/2026 19:01:1428 / 30Jexequiel T. Abarquezd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradled. 13/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourced. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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4/15/2026 19:04:4030 / 30Cyndie M. Vallejos d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
32
4/15/2026 19:09:0530 / 30GUANLAO, ROSARIO T.d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
33
4/15/2026 19:10:3023 / 30Patrizia Anne Anogd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the abovec. bonding with the babya. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradlea. 25/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovea. Start D5 Water at 60 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovea. 20%a. Call for helpb. Drying and stimulationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breatheb. Neonates suspected to have diaphragmatic hernia
34
4/15/2026 19:13:3329 / 30Tuyado.nicole@gmail.comd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the aboveb. Once baby has latched on mothera. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
35
4/15/2026 19:21:0828 / 30ADELAIDA H. JUHASAN d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedb. drying to be done for 30 seconds regardless of baby’s statusd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsd. once the mother is stable in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
36
4/15/2026 19:22:5028 / 30ROBINA MAY R. BEBILONEd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationc. increase in systemic infections in newborns in the first 48 hoursd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100c. 70b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
37
4/15/2026 19:25:0230 / 30Daniele Bethany R. Deinlad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
38
4/15/2026 19:25:4525 / 30Djerty Jean R. Dabandand. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedb. drying to be done for 30 seconds regardless of baby’s statusd. All of the aboved. All of the abovea. Within the 6 hours after birthd. equal visibility of areolad. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovea. 20%a. Call for helpd. Call for helpd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breatheb. Neonates suspected to have diaphragmatic hernia
39
4/15/2026 19:26:3527 / 30Sofia marie gregoriod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedb. drying to be done for 30 seconds regardless of baby’s statusd. All of the aboved. All of the aboved. All of the abovea. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsa. once the newborn is stable in the NICUd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
40
4/15/2026 19:26:3729 / 30Shannen Zamoranosd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsa. once the newborn is stable in the NICUd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
41
4/15/2026 19:31:5130 / 30Dely Ana May I. Juniod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
42
4/15/2026 19:33:2230 / 30Lyndsay Angeli Santosd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
43
4/15/2026 19:33:2429 / 30Genevieve Micalina C. Marantand. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsd. once the mother is stable in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
44
4/15/2026 19:35:1430 / 30Margarette Santosd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
45
4/15/2026 19:37:3930 / 30Shamaine Anne Salvadord. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
46
4/15/2026 19:39:5330 / 30Leivanne Delos Santosd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
47
4/15/2026 19:43:2329 / 30Gladys G. Naodd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboved. Start Total Parenteral Nutrition at 80 mL/Kg/day via umbilical arteryb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
48
4/15/2026 19:50:0824 / 30Sheena Marie Simond. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological ordera. diarrheac. bonding with the babya. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboved. Start Total Parenteral Nutrition at 80 mL/Kg/day via umbilical arteryb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourcea. 21%d. 6d. <60d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
49
4/15/2026 19:50:4630 / 30Maneka Joy B. Lomuntadd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
50
4/15/2026 19:54:3130 / 30Shella May Pilard. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
51
4/15/2026 19:55:3030 / 30bfranziemie@gmail.comd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
52
4/15/2026 19:58:5425 / 30Jasmine Magnod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovea. 20%a. Call for helpc. Ventilationd. Requires oxygen reservoirb. 25%b. 15d. <60d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathea. HR <100 despite adequate and correct PPV
53
4/15/2026 20:03:1529 / 30Michelle C. Agudongd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovea. Start D5 Water at 60 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
54
4/15/2026 20:04:1929 / 30Jennifer A. Abellared. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathea. HR <100 despite adequate and correct PPV
55
4/15/2026 20:04:3429 / 30Judilyn C. Deversond. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradled. 13/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
56
4/15/2026 20:06:1030 / 30MICHA ELA ATCHOCOd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
57
4/15/2026 20:06:2530 / 30Rizette Anne C. Dulayd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
58
4/15/2026 20:09:3630 / 30Mona Liza Amigabled. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
59
4/15/2026 20:18:5029 / 30Mhalou Gilid. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
60
4/15/2026 20:18:5229 / 30Charmaine M. Lunad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
61
4/15/2026 20:19:2427 / 30Lakeisha Veany T. Reyesd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomc. Decreased hypothermiac. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%c.10a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
62
4/15/2026 20:20:0230 / 30Josephine Murillod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
63
4/15/2026 20:22:4824 / 30Miles C. Lorenzod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the aboveb. Once baby has latched on mothera. chin touching mother’s breastd. All of the aboveb. Cross cradled. 13/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboveb. Give 2 mL/Kg of D10 Water via umbilical veinc. 110 – 120 mg/dLd. All of the aboveb. 15%b. Position the airwayc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
64
4/15/2026 20:28:4427 / 30Roxanne Mae B. Timbangd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradlea. 25/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovea. 20%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%c.10a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
65
4/15/2026 20:29:0522 / 30Mae Valerie Boquirend. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornb. Allows heat loss via conductionb. When the cord pulsations stopd. after the first full breastfeeda. mother’s consent for skin-to-skin contact and rooming-ind. All of the abovec. bonding with the babya. Within the 6 hours after birtha. chin touching mother’s breastd. All of the abovec. Under armb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veind. 120 – 150 mg/dLd. All of the abovec. 10%a. Call for helpb. Drying and stimulationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60c. Refit the maskc. 1:10,000 solutiona. One and two and three and breathea. HR <100 despite adequate and correct PPV
66
4/15/2026 20:29:1230 / 30Anamarie R. Cabrera d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
67
4/15/2026 20:31:2230 / 30Therenz Piolo Bencitod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
68
4/15/2026 20:32:4629 / 30Vanessa nichole chand. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%c.10a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
69
4/15/2026 20:37:4929 / 30mary grace denogad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationb. Inflates without a gas sourced. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
70
4/15/2026 20:50:2530 / 30Rosanne D. Sorianod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
71
4/15/2026 21:18:5128 / 30Chaztine Joy M. Magatd. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6d. <60d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
72
4/15/2026 21:25:2029 / 30Evander Angeles Valeriod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%b. Position the airwayc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
73
4/15/2026 21:30:2330 / 30Arvin Labradad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
74
4/15/2026 22:48:2128 / 30Dizon, Rosalie A. d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%b. Position the airwayc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breatheb. Neonates suspected to have diaphragmatic hernia
75
4/15/2026 23:11:5527 / 30Natricia D. Trondillod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovea. Start D5 Water at 60 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathea. HR <100 despite adequate and correct PPV
76
4/15/2026 23:15:4329 / 30Lovely Mabanglod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpa. Chest compressiond. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
77
4/15/2026 23:22:5727 / 30Krystille Camille C. Bontuyand. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpb. Drying and stimulationb. Inflates without a gas sourcea. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
78
4/16/2026 0:00:5025 / 30Niko Anjo Caballerod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinc. 110 – 120 mg/dLb. Breathingd. 5%c. Intubate the babyc. Ventilationd. Requires oxygen reservoira. 21%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
79
4/16/2026 5:03:1525 / 30Mary Lou Saladan Ramos d. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the abovea. Cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the aboveb. Give 2 mL/Kg of D10 Water via umbilical veind. 120 – 150 mg/dLd. All of the aboved. 5%a. Call for helpb. Drying and stimulationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
80
4/16/2026 8:02:5930 / 30Chelsie Nicole R. Tarobald. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
81
4/16/2026 8:46:2230 / 30Christine Joy B. Chuad. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
82
4/16/2026 10:18:0230 / 30Diana Joyce Mendoza Idagod. Drying, skin-to-skin contact, cord clamping and cutting, non-separationd. reduction in respiratory distress syndrome in the newbornd. Allows colonization with good bacteriab. When the cord pulsations stopd. after the first full breastfeedd. performance of time-bound interventions in chronological orderd. All of the aboved. All of the abovea. Within the 6 hours after birtha. chin touching mother’s breastd. All of the aboveb. Cross cradleb. 12/1000 live birthsb. once recognized as low birth weight or premature in the delivery roomd. All of the abovec. Start D10 Water at 80 mL/Kg/day via peripheral veinb. 50 – 110 mg/dLd. All of the abovec. 10%a. Call for helpc. Ventilationd. Requires oxygen reservoird. 40%d. 6a. <100d. 60b. Reposition the airwayc. 1:10,000 solutiona. One and two and three and breathed. Tachypnea
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