GRADES 1 to 12 DAILY LESSON LOG | School: | Grade Level: | VI | |
Teacher: | Learning Area: | SCIENCE | ||
Teaching Dates and Time: | Week 8 | Quarter: | 4th Quarter |
MONDAY | TUESDAY | WEDNESDAY | THURSDAY | FRIDAY | ||||
I.OBJECTIVES | Explain the theories about the universe | Explain the theories about the universe | Enumerate space probes and their missions | Enumerate space probes and their missions | Answer the questions correctly and honestly | |||
A. Content Standards | ||||||||
B. Performance Standards | ||||||||
C. Learning Competencies/ Objectives | Explain the theories about the universe | Explain the theories about the universe | Enumerate space probes and their missions | Enumerate space probes and their missions | ||||
II.CONTENT | Explaining the Origin of the Universe | Explaining the Origin of the Universe | Space Probes and their Missions | Space Probes and their Missions | WEEKLY TEST | |||
Theme: EVERYDAY READY (Thematic Approach/Teaching) | Theme: EVERYDAY READY (Thematic Approach/Teaching) | Theme: EVERYDAY READY (Thematic Approach/Teaching) | Theme: EVERYDAY READY (Thematic Approach/Teaching) | |||||
III. LEARNING RESOURCES | ||||||||
A. References | ||||||||
1.Teacher’s Guide pages | Into the Future: Science and Health 6 pp. 268-270 Science and Health 6, pp. 270-272 | Into the Future: Science and Health 6 pp. 268-270 Science and Health 6, pp. 270-272 | Into the Future: Science and Health 6 p. 168 — TM | Into the Future: Science and Health 6 p. 168 — TM | ||||
2.Learner’s Materials pages | ||||||||
3.Textbook pages | Into the Future: Science and Health 6 pp. 268-270 Science and Health 6, pp. 270-272 | Into the Future: Science and Health 6 pp. 268-270 Science and Health 6, pp. 270-272 | Into the Future: Science and Health 6 p. TX pp. 271-273 Science and Health 6, pp. 278-279 | Into the Future: Science and Health 6 p. TX pp. 271-273 Science and Health 6, pp. 278-279 | ||||
4.Additional Materials from Learning Resource(LR)portal | ||||||||
B. Other Learning Resources | downloaded workbook p.149(5775Reverse the Education Crises) Downloaded LP, p.142 | downloaded workbook p.150(5775Reverse the Education Crises) Downloaded LP, p.142 | downloaded workbook p.151(5775Reverse the Education Crises) Downloaded LP, p.143 | downloaded workbook p.152(5775Reverse the Education Crises) Downloaded LP, p.143 | ||||
IV.PROCEDURES | ||||||||
A. Reviewing previous lesson or presenting the new lesson | What special instruments do scientists use to study the universe? Describe each special instrument in terms of features and functions. | What special instruments do scientists use to study the universe? Describe each special instrument in terms of features and functions. | What are the different theories about the origin of the universe? Describe each. | What are the different theories about the origin of the universe? Describe each. | Short Review | |||
B. Establishing a purpose for the lesson | What is universe? How do you think it begun? Does it have a life history? | What is universe? How do you think it begun? Does it have a life history? | If you were allowed to do a space mission, where would you go? What kind of space craft would you use? Why? | If you were allowed to do a space mission, where would you go? What kind of space craft would you use? Why? | Giving of instructions | |||
C. Presenting examples/ instances of the new lesson | Activity
| Activity
| Space Age began in 1957 when the first spacecraft was launched into outer space. Perform Activity 7.12 | Space Age began in 1957 when the first spacecraft was launched into outer space. Perform Activity 7.12 (you may give other related activity) | ||||
D. Discussion new concepts and practicing new skills #1 | Analysis and Discussion Describe the results of a bursting balloon. How the dots appear to move farther from each other? | Analysis and Discussion Describe the results of a bursting balloon. How the dots appear to move farther from each other? | What did you know about space explorations made after 1957? Describe a space probe. What are their special functions? | What did you know about space explorations made after 1957? Describe a space probe. What are their special functions? | ||||
E. Discussing new concepts and practicing new skill # 2 | ||||||||
F. Developing mastery (Leads to Formative Assessment 3) | ||||||||
G. Finding practical applications of concepts and skills in daily living | How did the universe originate according to astronomers? | How did the universe originate according to astronomers? | ||||||
H. Making generalizations and abstractions about the lesson | Astronomers gave four possible explanations of the origin of the universe, namely:
The Big Crunch Theory believes that the universe started from an explosion of a dense huge ball of hydrogen but contracted due to the force of gravity. | Astronomers gave four possible explanations of the origin of the universe, namely:
The Big Crunch Theory believes that the universe started from an explosion of a dense huge ball of hydrogen but contracted due to the force of gravity. |
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I. Evaluating learning | A. Identify the different theories about the origin of the universe and explain. B. Directions: Inside the box are the theories that explain the origin of the universe. Answer the questions below by identifying the theory described. Write the letter of the correct answer on the
_________ 1. The theory that implies that the empty space left by expansion is being filled up | Directions: Inside the box are the theories that explain the origin of the universe. Fill in the blanks below by identifying the theory described. Write the letters only. . downloaded workbook p.150(5775Reverse the Education Crises)
_________ 1. Scientists say that everything in the universe will be the same and will stay the | Directions: Rearrange the letters in the box to find out the problems met in space Directions: Check (√) all statements that show the function of a space probe. | Direction: Rearrange the letters to find out some achievements/problems met in space | Test Proper | |||
J. Additional learning | Research on some recent space explorations that tend to support one of the Theories of the origin of the universe. | |||||||
V.REMARKS | Passing of papers, answering the questions, checking the answers, recording and interpreting the data | |||||||
VI. REFLECTION | ||||||||
A. No of learners who earned 80% in the evaluation | ||||||||
B. No of learners who require additional activities for remediation who scored below 80% | ||||||||
C. Did the remedial lessons work? No of learners who have caught up with the lesson. | ||||||||
D. No. of learners who continue to require remediation | ||||||||
E. Which of my teaching strategies worked well? Why did these work? | ||||||||
F. What difficulties did I encounter which my principal or supervisor can help me solve? | ||||||||
G. What innovation or localized materials did I use/discover which I wish to share with other teachers? |
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