"Regular 40" T-11 (Responses)

	A	B	C	D	E	F	G	H	I	J	K	L	M	N	O	P	Q	R	S	T	U	V	W	X	Y	Z	AA	AB	AC	AD	AE	AF	AG	AH	AI	AJ	AK	AL	AM	AN	AO	AP	AQ	AR	AS	AT	AU	AV	AW	AX	AY	AZ	BA	BB	BC	BD	BE	BF	BG	BH	BI	BJ	BK	BL	BM	BN	BO	BP	BQ	BR	BS	BT	BU	BV	BW	BX	BY	BZ	CA	CB	CC	CD	CE	CF	CG	CH	CI	CJ	CK	CL	CM	CN	CO	CP	CQ	CR	CS	CT	CU	CV
1	Timestamp	Score	Your Name	Are you determined to secure your one seat of MBBS/BDS?	1. These are the parts of lymphatic system	2. Fats changes to lipoproteins in	3. Largest lymphoid mass is	4. Flow of lymph is maintained by	5. Just as blood is filtere by spleen,the lymph is filtered by	6. After taking too much fat, the lymph consists of how many fat globules	7. The lymphatic vessels of the body empty the lymph into blood stream at the	8. Lymph Nodes are drained by	9. Which one is more closely related to lymph	10. All are functions of lymphatic system except	11. Vaccination against specific disease like tetanus is an example of	12. Antibodies are injected in	13. Antibodies consist of	14. Antibodies are an example of ________ proteins	15. Antigen binding sites are present on	16. Any foreign body that activate immune system	17. Immunity is generally destroyed in	18. Type of immunity that is present by birth is called	19. Disulphide bridge is present between	20. Vaccination is not available for which of the following disease	21. Tiny hair like structures of roots are the extensions of	22. Out of total surface area provided by roots how much is provided by root hairs?	23. Maximum depth of Prosopis trees of leguminoseae family is?	24. These are the sites where most uptake of minerals and water takes place	25. Most of the minerals enter the root hair along with water through	26. The cell membrane in nature is	27. Apoplast pathway becomes discontinuous in endodermis due t presence of	28. In symplast pathway,transportation occurs through	29. _________ is a fluid in transit between interstitial fluid and the blood.	30. ____________ more fluid leaves the blood capillaries than is reabsorbed by them each day.	31. Spleen filters	32. Vaccines stimulate the production of ________ in body.	33. Antiserum is a serum containing	34. Passive immunity response is	35. Antibodies are manufactured in	36. _________ separates the extracellular space in the roots into two compartments.	37. Full turgidity i.e.maximum pressure potential is achieved when a cell is placed in __________.	38. The animal cells can not withstand higher pressure potential because:	39. Attraction among water molecules is called	40. It is provided when water chain is pulled up in the xylem by transpiration	41. Active transport is a selective process and is ________ dependent.	42. Water potential of pure water is	43. Osmotic (solute) potential is always	44. Each sieve tube member is associated by one or more:	45. Ascent of sap involves:	46. According to pressure flow theory ,which of the following serves as a skin	47. The color of lymph is	48. What is an antigen	49. A rye plant less than 1m tall has 14 million branch roots of combined length of	50. The process not involved during ascent of sap in xylem:	51. Transpirational pull can carry xylem sap with high speed of _________ in tall trees.	52. Which one of the following is not a significant point of transpiration:	53. Cells which are directly involved in transport of sugars and other organic substances:	54. The destruction of antigen is caused by:	55. The important cells which supply ATP and proteins to sieve tubes are:	56. Sieve tube cells and companion cells communicates with each other through :	57. The pressure exerted by protoplast against the cell wall is called :	58. Blood provides immunity by:	59. The lymph most closely resembles with:	60. Passive immunity is developed by injecting:	61. The outward movement of water from plant cell is known as:	62. Active transport is selective and is dependent on:	63. Guttation occurs in plants through:	64. In the process of active uptake of minerals, plants uses the energy from:	65. Sugars are translocated through phloem. Which path do they take?	66. Largest lymph vessel is:	67. Both lysozyme and cytotoxic T cells:	68. Endogenous pyrogens produced in response to to infection cause decrease in:	69. Formation of chemical bond takes place when :	70. Which of following molecule contain six bonding electrons :	71. The structure of water is :	72. Which of following cannot form sigma bond ?	73. The central atom which may not follow the octet rule while forming covalent bond :	74. All of the following species have dative bond except :	75. Which of following species has lone pair of electrons on central atom?	76. End to end overlapping of orbitals gives rise to the formation of :	77. Pi bonds are produced by the overlapping of :	78. The concept of hybridization was given to remove which of following drawback(s) of V.B.T :	79. Which of the following molecule has coordinate covalent bond?	80. The shape of which of following molecules can be explained with concept of VSEPR theory :	81. In ground state the unpaired electrons in carbon are :	82. The number of true π bond in benzene molecule are :	83. In NH3 , dominant Van der Waal’s force among following is :	84. NH4+ and H3O+ are examples of ___ and ___ system respectively .	85. The shape of NH2- is :	86. Which pair has trigonal planar geometry ?	87. The electronic geometry of NH3 is :	88. Which of the following bonds is formed due to the overlap of orbitals along the internuclear axis?	89. What type of bond results from the sideways overlap of p orbitals?	90. In the formation of a double bond, the first bond is a sigma bond, while the second bond is a:	91. Hybridization involving one s and two p orbitals results in:	92. In a triple bond, how many sigma and pi bonds are present, respectively?	93. What is the hybridization of the carbon atom in ethyne (C2H2)?	94. In a molecule with tetrahedral geometry, the hybridization of the central atom is :	95. S character in sp³, sp² ,so is respectively	96. Which of following molecule or compound has sp² hybridization

2	11/11/2024 14:25:20	164 / 200	AAMAN SHAHID	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Fungal	Epidermal cells	67 percent	90 metre	Root hairs	Facilitated diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Short timed	B – lymphocytes	Mesophyll cells	Both A and B	Absence of cell wall	Cohesion	Tension	Respiration	Zero	Negative	Companion cells	All of the above	Roots	White	Protein	Over 600 kilo meters	Exudation	8m/h	Distribution of sugars	Sieve elements	Antibodies	Companion	Plasmodesmata	Turgidity	Leukocytes	Plasma	Antibiotic	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells through chemical interaction	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	None of these	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Tetrahydral	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
3	11/11/2024 6:30:57	162 / 200	Sajid Ashraf	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Fungal	Epidermal cells	67 percent	50 metre	Root hairs	Active transport	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Distilled water	Absence of cell wall	Cohesion	Tension	Respiration	Zero	Negative	Companion cells	All of the above	Leaves	Colorless	Toxic substance	Over 600 kilo meters	Exudation	8m/h	Distribution of sugars	Sieve elements	T – cells	Companion	Plasmodesmata	Osmotic pressure	Leukocytes	Plasma	Antiserum	Exocytosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells by inducing apoptosis	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Pyramidal	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
4	11/11/2024 19:56:54	162 / 200	Aliza Yamin	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Blood	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Bacterial	Epidermal cells	67 percent	100 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Mesophyll cells	Both A and B	Absence of cell wall	Cohesion	Tension	All of the foregoing	Zero	Negative	Companion cells	All of the above	Roots	Colorless	Protein	Over 600 meters	Exudation	8m/h	Distribution of sugars	Sieve elements	T – cells	Companion	Plasmodesmata	Hydrostatic pressure	Leukocytes	Blood	Antiserum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Parenchyma à Sieve Elements	Thoracic duct	Kill cells by inducing apoptosis	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	None of these	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	HCl	2	None of these	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Tetrahydral	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
5	11/11/2024 16:03:53	139 / 200	Z..	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Fungal	Epidermal cells	67 percent	50 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Hypertonic water	Absence of cell wall	Cohesion	Tension	Water	Zero	Negative	Companion cells	All of the above	Roots	Pale yellow	Protein	Over 600 kilo meters	Exudation	1m/h	Mineral distribution	Sieve elements	T – cells	Companion	Sieve pores	Hydrostatic pressure	Lymphocytes	Interstitial fluid	Antiserum	Exosmosis	Photosynthesis	Hydathodes	Sunlight	Mesophyll à Sieve Elements à Companion cells	Thoracic duct	Kill cells through chemical interaction	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	2s	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	NH3	HCl	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Pi bond	Sigma bond	Pi bond	sp2 hybridization	2 sigma, 1 pi	p	sp3	25 %,33 %,50	Ethene
6	11/11/2024 17:15:26	135 / 200	Yasir Noor	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	10 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial active immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Viral	Xylem cells	98 percent	100 metre	Root hairs	Facilitated diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Lymph	Antibodies	Antibodies	Immediate	B – lymphocytes	Mesophyll cells	Both A and B	presence of centrioles	Cohesion	Cohesion	Respiration	Zero	Negative	Companion cells	All of the above	Leaves	Colorless	Protein	Over 600 kilo meters	Exudation	1m/h	Distribution of sugars	Companion cells	Antibodies	Companion	Sieve pores	Osmotic pressure	Leukocytes	Plasma	Antiserum	Exosmosis	Transpiration	Lenticels	ATP	Parenchyma à Companion cells à Sieve Elements	Left subclavian vein	Kill cells by generating a membrane attack complex	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	C	BF4-	NH4+	Sigma bong	Un hybrid orbitals	All of above	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Ethene
7	11/11/2024 13:04:04	128 / 200	Nizam jaffar	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	10 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Acquired immunity	Heavy-light chain	Bacterial	Epidermal cells	67 percent	100 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	endodermis cells	lymph	Three litres	Blood	Antibodies	Antibodies	Short timed	White blood cells	Mesophyll cells	Pure water	Absence of central vacuole	Cohesion	Tension	All of the foregoing	Zero	Negative	Companion cells	All of the above	Roots	Pale yellow	Toxic substance	Over 60 meters	Exudation	8m/h	Cooling effect	Sieve elements	Antibodies	Companion	Sieve pores	Turgidity	Leukocytes	Interstitial fluid	Vaccine	Exosmosis	Transpiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells by inducing apoptosis	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	F	OH-	PCl3	Pi bond	Un hybrid orbitals	All of above	HClO3	HCl	2	3	Hydrogen bonding	AB3E , AB2E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Propene
8	11/11/2024 13:12:22	108 / 200	Falak Noor	Yes	liver	lacteals	Spleen	All of these	Lymph nodes	10 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Viral	Epidermal cells	78 percent	90 metre	Root hairs	Active transport	Differentially permeable	Casparian strips	plasmodesmeta	lymph	One litre	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Both A and B	Absence of cell wall	Cohesion	Adhesion	Ions	Zero	Negative	Companion cells	All of the above	Leaves	Pale yellow	Toxic substance	Over 600 meters	Exudation	8m/h	Distribution of sugars	Sieve elements	Antibodies	Companion	Sieve pores	Turgidity	Lymphocytes	Both A and B	Antibiotic	Endocytosis	Transpiration	Hydathodes	ATP	Mesophyll à Sieve Elements à Companion cells	Left subclavian vein	Kill cells by inducing apoptosis	Iron concentration	Forces of repulsion > forces of attraction	NH3	Angular	3pz	C	OH-	PCl3	Pi bond	Atomic orbital and hybrid orbital	All of above	NH3	F2	2	3	Hydrogen bonding	AB4 , AB4	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Ethene
9	11/11/2024 15:02:14	102 / 200	NOOR	Yes	duodenum	Crypts	Thymus	All of these	Spleen	20 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Natural Passive Immunity	Two heavy chain only	Globular	Constant region of heavy chain only	Antibodies	HIV infection	Innate immunity	Heavy-heavy chain	Viral	Epidermal cells	98 percent	50 metre	Root hairs	Facilitated diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	One litre	Lymph	Antibodies	Antibodies	Slow	B – lymphocytes	Casparian strips	Hypertonic water	Absence of cell wall	Cohesion	Cohesion	Ions	Zero	Negative	Companion cells	All of the above	Leaves	Milky	Protein	Over 60 meters	Exudation	8m/h	Distribution of sugars	Sieve elements	Antiserum	Companion	Sieve pores	Hydrostatic pressure	Lymphocytes	Interstitial fluid	Vaccine	Exosmosis	Photosynthesis	Hydathodes	ATP	Mesophyll à Parenchyma à Sieve Elements	Left subclavian vein	Kill cells through chemical interaction	Body temperature	Forces of attraction > forces of repulsion	C 2H 4	Angular	3pz	F	H30+	NH4+	Sigma bong	Hybrid orbitals	All of above	NH3	N2	3	3	Hydrogen bonding	AB3E , AB2E	Angular	NH3 , PH3	Trigonal plannar	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Methane
10	11/13/2024 9:31:14	166 / 200	fari	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Afferent Vessel	Blood	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Fungal	Epidermal cells	67 percent	50 metre	Root hairs	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Endodermall cells	Both A and B	Absence of cell wall	Cohesion	Tension	Respiration	Zero	Negative	Companion cells	All of the above	Stem	Colorless	Toxic substance	Over 60 kilo meters	Exudation	8m/h	Gaseous exchange	Sieve elements	Antibodies	Companion	Plasmodesmata	Hydrostatic pressure	Lymphocytes	Blood	Antiserum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells by generating a membrane attack complex	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	None of these	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
11	11/13/2024 13:58:58	140 / 200	Shamama	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial active immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antibodies	HIV infection	Innate immunity	Heavy-heavy chain	Viral	Xylem cells	67 percent	50 metre	Root hairs	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antigen	Immediate	B – lymphocytes	Mesophyll cells	Both A and B	Absence of cell wall	Cohesion	Tension	Respiration	Zero	Negative	Mesophyll cells	All of the above	Roots	Colorless	Protein	Over 60 kilo meters	Exudation	8m/h	Distribution of sugars	Companion cells	Antibodies	Companion	Sieve pores	Hydrostatic pressure	Lymphocytes	Both A and B	Antiserum	Exosmosis	Respiration	Hydathodes	Sunlight	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells through chemical interaction	Body temperature	Forces of attraction > forces of repulsion	C 2H 4	Angular	3pz	F	BF4-	PCl3	Pi bond	Un hybrid orbitals	All of above	HClO3	F2	1	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Sigma bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
12	11/14/2024 20:01:05	133 / 200	Nehha	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Efferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial active immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	All infections	Innate immunity	Heavy-heavy chain	Viral	Epidermal cells	67 percent	90 metre	Root hairs	Active transport	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Mesophyll cells	Both A and B	Absence of central vacuole	Tension	Tension	Respiration	Zero	Negative	Companion cells	All of the above	Roots	Colorless	Protein	Over 600 meters	Exudation	8m/h	Distribution of sugars	Companion cells	Antibodies	Companion	Sieve pores	Osmotic pressure	RBC	Both A and B	Vaccine	Exosmosis	Respiration	Hydathodes	ATP	Parenchyma à Companion cells à Sieve Elements	Left subclavian vein	Kill cells by inducing apoptosis	Body temperature	Forces of attraction > forces of repulsion	C 2H 4	Angular	3pz	P	OH-	NH4+	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	NH3	NH3	2	3	Hydrogen bonding	AB3E , AB2E	Pyramidal	NH3 , PH3	Trigonal plannar	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
13	11/16/2024 12:59:17	149 / 200	a	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	20 percent	Sub clavian vein	Many Efferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Bacterial	Epidermal cells	98 percent	50 metre	Root hairs	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Both A and B	Absence of cell wall	Cohesion	Adhesion	Respiration	Zero	Negative	Companion cells	All of the above	Roots	Milky	Toxic substance	Over 600 meters	Exudation	8m/h	Distribution of sugars	Sieve elements	Antibodies	Companion	Plasmodesmata	Turgidity	Leukocytes	Interstitial fluid	Antiserum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Left subclavian vein	Kill cells by generating a membrane attack complex	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	BF4-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
14	11/16/2024 15:43:52	145 / 200	Ayesha Maqsood	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Viral	Epidermal cells	67 percent	50 metre	Root hairs	Active transport	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Both A and B	Absence of cell wall	Cohesion	Tension	Ions	Zero	Negative	Companion cells	All of the above	Stem	Colorless	Blood group	Over 600 kilo meters	Exudation	8m/h	Distribution of sugars	Sieve elements	B – cells	Companion	Plasmodesmata	Osmotic pressure	Lymphocytes	Interstitial fluid	Antiserum	Exocytosis	Transpiration	Hydathodes	ATP	Mesophyll à Parenchyma à Sieve Elements	Left subclavian vein	Kill cells by generating a membrane attack complex	Iron concentration	Forces of attraction > forces of repulsion	CO₂	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	It does not explain the odd electron system	HClO3	NH3	4	6	Hydrogen bonding	AB4. AB3E	Angular	NH3 , PH3	Trigonal plannar	Pi bond	Pi bond	Pi bond	sp hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Ethene
15	11/17/2024 17:43:30	125 / 200	Laiba	Yes	lacteals	lacteals	Tonsils	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Blood filtration	Artificial active immunity	Artificial active immunity	Two heavy and two light chain only	Fibrous	Constant region of heavy chain only	Antigen	HIV infection	Innate immunity	Light-heavy chain	Microbial	Epidermal cells	98 percent	90 metre	Root hairs	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	plasma	Three litres	Blood	Antigen	Antibodies	Short timed	B – lymphocytes	Endodermall cells	Both A and B	Absence of cell wall	Cohesion	Adhesion	All of the foregoing	Zero	Negative	Companion cells	Cohesion tension theory	Roots	Colorless	Protein	Over 60 meters	Exudation	600 feet /h	Gaseous exchange	Sieve elements	Antibodies	Companion	Sieve pores	Turgidity	Leukocytes	Interstitial fluid	Antibiotic	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells through chemical interaction	Macrophage production	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	HCl	2	3	Dipole dipole forces	AB2 , AB4	Pyramidal	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
16	11/18/2024 8:30:33	164 / 200	Rabia Mairaj ❤️🐰	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Fungal	Epidermal cells	67 percent	50 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Endodermall cells	Both A and B	Absence of cell wall	Cohesion	Tension	Respiration	Zero	Negative	Companion cells	All of the above	Stem	Colorless	Toxic substance	Over 600 kilo meters	Exudation	1m/h	Distribution of sugars	Sieve elements	Antibodies	Companion	Plasmodesmata	Turgidity	Lymphocytes	Interstitial fluid	Antiserum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Left subclavian vein	Kill cells through chemical interaction	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	2	12	Hydrogen bonding	AB4 , AB4	Angular	BF3 , AlH3	Trigonal pyramidal	Pi bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
17	11/19/2024 9:52:36	131 / 200	Sam	Yes	duodenum	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Blood filtration	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-heavy chain	Bacterial	Epidermal cells	67 percent	100 metre	Root hairs	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Phloem cells	Hypertonic water	Absence of central vacuole	Cohesion	Adhesion	All of the foregoing	Zero	Negative	Companion cells	All of the above	Leaves	Colorless	Toxic substance	Over 60 kilo meters	Exudation	8m/h	Gaseous exchange	Sieve elements	Antiserum	Companion	Plasmodesmata	Turgidity	Lymphocytes	Interstitial fluid	Antiserum	Exosmosis	Respiration	Hydathodes	Glucose	Mesophyll à Companion cells à Sieve Elements	Left subclavian vein	Kill cells through chemical interaction	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	NH4+	Sigma bong	Un hybrid orbitals	All of above	NH3	NH3	2	3	Hydrogen bonding	AB2 , AB4	Angular	BF3 , AlH3	Tetrahydral	Pi bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
18	11/19/2024 17:25:56	82 / 200	Maryam Rubab	Yes	villi	lacteals	Spleen	All of these	Lymph nodes	1 percent	Bile Duct	Single efferent Vessel	Interstital fluid	Provide immunity	Artificial passive immunity	Natural Active Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Bacterial	Epidermal cells	67 percent	100 metre	Root hairs	Facilitated diffusion	Freely permeable	Casparian strips	plasmodesmeta	lymph	One litre	Blood	Antibodies	Antibodies	Time taking	B – lymphocytes	Casparian strips	Distilled water	Absence of central vacuole	Cohesion	Adhesion	Water	Zero	Positive	Companion cells	Cohesion tension theory	Leaves	Pale yellow	Toxic substance	Over 600 meters	Imbibitions	8m/h	Cooling effect	Companion cells	Antiserum	Companion	Casparian strips	Hydrostatic pressure	RBC	Plasma	Vaccine	Exocytosis	Transpiration	Lenticels	ATP	Parenchyma à Companion cells à Sieve Elements	Thoracic duct	Kill cells by generating a membrane attack complex	Body temperature	Energy is absorbed	C 2H 4	Tertragonal	3pz	O	BF4-	PCl5	Pi bond	Un hybrid orbitals	All of above	HCl	N2	1	6	Hydrogen bonding	AB2 , AB4	Angular	BF3 , AlH3	Tetrahydral	Pi bond	Sigma bond	Pi bond	sp hybridization	2 sigma, 1 pi	sp3d	sp3	25 %,33 %,50	Propene
19	11/26/2024 22:19:09	139 / 200	Kamran Akbar	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	1 percent	Sub clavian vein	Many Afferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Light-heavy chain	Bacterial	Epidermal cells	98 percent	50 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Both A and B	Absence of central vacuole	Cohesion	Tension	All of the foregoing	Zero	Negative	Companion cells	All of the above	Leaves	Colorless	Protein	Over 60 meters	Exudation	8m/h	Gaseous exchange	Companion cells	Antibodies	Companion	Sieve pores	Hydrostatic pressure	Lymphocytes	Interstitial fluid	Serum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells by inducing apoptosis	Body temperature	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	2	6	Hydrogen bonding	AB3E , AB2E	Angular	BF3 , AlH3	Trigonal pyramidal	Pi bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Ethene
20	11/29/2024 22:14:20	134 / 200	ibrahim	Yes	lacteals	lacteals	Spleen	Visceral movements	Lymph nodes	20 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial active immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	All disease	Innate immunity	Heavy-heavy chain	Fungal	Epidermal cells	67 percent	50 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Blood	Antigen	Antibodies	Immediate	B – lymphocytes	Endodermall cells	Pure water	Absence of cell wall	Cohesion	Adhesion	Ions	Zero	Positive	Companion cells	Cohesion tension theory	Leaves	Colorless	Protein	Over 60 kilo meters	Imbibitions	200m/h	Cooling effect	Sieve elements	Antibodies	Companion	Sieve pores	Turgidity	Leukocytes	Interstitial fluid	Antiserum	Exocytosis	Transpiration	Stomata	ATP	Mesophyll à Sieve Elements à Companion cells	Thoracic duct	Kill cells by inducing apoptosis	Iron concentration	Energy is absorbed	C 2H 4	Angular	None of these	O	OH-	PCl3	Sigma bong	Un hybrid orbitals	It could not explain tetravaleency of carbon	HClO3	NH3	4	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
21	12/1/2024 13:07:55	154 / 200	Waju	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	8 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Light-heavy chain	Viral	Epidermal cells	67 percent	100 metre	leaves	diffusion	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Three litres	Lymph	Antibodies	Antibodies	Immediate	B – lymphocytes	Casparian strips	Pure water	Absence of central vacuole	Cohesion	Tension	All of the foregoing	Zero	Negative	Companion cells	All of the above	None	White	Toxic substance	Over 600 kilo meters	Exudation	1m/h	Distribution of sugars	Sieve elements	Antibodies	Companion	Plasmodesmata	Turgidity	Lymphocytes	Interstitial fluid	Antiserum	Exosmosis	Transpiration	Stomata	Sunlight	Parenchyma à Companion cells à Sieve Elements	Thoracic duct	Kill cells by inducing apoptosis	Iron concentration	Forces of attraction > forces of repulsion	C 2H 4	Angular	None of these	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	NH3	4	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
22	12/8/2024 23:20:58	142 / 200	haniya	Yes	lacteals	lacteals	Spleen	All of these	Lymph nodes	8 percent	Sub clavian vein	Single efferent Vessel	Interstital fluid	Filtration of urea	Artificial passive immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Viral	Epidermal cells	67 percent	90 metre	Root hairs	Active transport	Differentially permeable	Casparian strips	plasmodesmeta	lymph	Two litres	Lymph	Antibodies	Antibodies	Immediate	B – lymphocytes	Mesophyll cells	Both A and B	Absence of cell wall	Cohesion	Tension	Ions	Zero	Negative	Companion cells	All of the above	Roots	Pale yellow	Protein	Over 60 kilo meters	Exudation	600 feet /h	Distribution of sugars	Sieve elements	T – cells	Companion	Sieve pores	Turgidity	Leukocytes	Interstitial fluid	Antiserum	Exosmosis	Respiration	Hydathodes	Glucose	Mesophyll à Companion cells à Sieve Elements	Thoracic duct	Kill cells by generating a membrane attack complex	Interferons production	Forces of attraction > forces of repulsion	NH3	Angular	Sp3	F	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	NH3	2	3	Hydrogen bonding	AB4. AB3E	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	sp2	sp3	25 %,33 %,50	Ethene
23	12/23/2024 11:11:13	146 / 200	Muhammad Zulkifal	Yes	lacteals	lacteals	Tonsils	All of these	Lymph nodes	1 percent	Sub clavian vein	Single efferent Vessel	Blood	Filtration of urea	Artificial active immunity	Artificial Passive Immunity	Two heavy and two light chain only	Globular	Variable region of both heavy and light chain	Antigen	HIV infection	Innate immunity	Heavy-light chain	Fungal	Epidermal cells	98 percent	50 metre	Root hairs	Bulk flow	Differentially permeable	Casparian strips	plasmodesmeta	plasma	Three litres	Blood	Antibodies	Antibodies	Short timed	B – lymphocytes	Casparian strips	Both A and B	Absence of cell wall	Cohesion	Tension	Respiration	One	Negative	Companion cells	All of the above	Stem	Colorless	Protein	Over 600 meters	Exudation	8m/h	Distribution of sugars	Companion cells	Antibodies	Companion	Plasmodesmata	Turgidity	Lymphocytes	Blood	Antiserum	Exosmosis	Respiration	Hydathodes	ATP	Mesophyll à Companion cells à Sieve Elements	Right lymphatic duct	Kill cells by inducing apoptosis	Iron concentration	Forces of attraction > forces of repulsion	NH3	Angular	3pz	P	OH-	PCl3	Sigma bong	Un hybrid orbitals	All of above	HClO3	NH3	4	3	Hydrogen bonding	AB4 , AB4	Angular	BF3 , AlH3	Trigonal pyramidal	Sigma bond	Pi bond	Pi bond	sp2 hybridization	1 sigma, 2 pi	p	sp3	25 %,33 %,50	Ethene
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