Question
| Column I | Column II |
| (i) Chloroplasts | (a) Raw materials |
| (ii) Oxygen and Hydrogen | (b) Raw materials |
| (iii) Carbon dioxide and water | (c) Photolysis |
| (iv) Cells in the leaf | (d) Light reaction |
| (e) Glucose + oxygen |
| Column I | Column II |
| (i) Chloroplasts | (a) Raw materials |
| (ii) Oxygen and Hydrogen | (b) Raw materials |
| (iii) Carbon dioxide and water | (c) Photolysis |
| (iv) Cells in the leaf | (d) Light reaction |
| (e) Glucose + oxygen |
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.

| Column I | Column II |
| (i) Neanderthal man | (a) Vestigial organ |
| (ii) Adaptive characters | (b) Darwin's theory |
| (iii) Natural selection | (c) 600 cc |
| (iv) Pinna | (d) 1400 cc |
| (e) Characters acquired during lifetime |
| Column A | Column B |
| 1. Diffusion | (a) Xylem |
| 2. Semipermeable | (b) Osmosis |
| 3. Diffusion of water | (c) Mixing of molecules |
| 4. Upward flow of water | (d) Cell membrane |
| (e) Cell wall |
| Column I | Column II |
| (i) Gigantism | (a) Over-secretion of thyroxine. |
| (ii) Cushing's syndrome | (b) Over-secretion of growth hormone in childhood. |
| (iii) Exophthalmic goiter | (c) Over-secretion of cortical hormones. |
| (iv) Acromegaly | (d) Over-secretion of growth hormones in adults. |
| (e) Simulates skeletal growth. |

| Column I | Column II |
| (i) Pituitary | (a) Increases rate of metabolism. |
| (ii) Ovaries | (b) Development of a normal, healthy immune system. |
| (iii) Thyroid | (c) Heterocrine gland |
| (iv) Thymus | (d) Produces female sex characteristics. |
| (e) Simulates skeletal growth. |
| Column I | Column II |
| (i) Acrosome | (a) Oestrogen |
| (ii) Ovulation | (b) Male gamete |
| (iii) Sperm | (c) Stoppage of menstrual cycle |
| (iv) Menopause | (d) Spermatozoa |
| (e) Testosterone |
| Column I | Column II |
| (i) Parathyroid | (a) Dwarfism and mental retardation |
| (ii) Cretinism | (b) Shortage of glucose in blood. |
| (iii) Diabetes mellitus | (c) Master of master gland. |
| (iv) Insulin shock | (d) Regulates the level of calcium and phosphorus. |
| (e) Excess of glucose in blood. |
| Column I | Column II |
| (i) Exosmosis | (a) The process by which roots absorb water from the soil. |
| (ii) Osmosis | (b) The concentration of the solution when lower than that of the cell sap. |
| (iii) Plasmolysis | (c) Two solutions which have equal osmotic pressure. |
| (iv) Hypotonic solution | (d) The shrinkage of protoplasm when the cell is kept in a hypertonic solution |
| (e) The exit or flow of water from the cell to the outer environment. |
| Column A | Column B |
| (i) Genetics | (A) Chromosomes similar in size and shape. |
| (ii) Autosomes | (B) The alternative forms of genes. |
| (iii) Recessive genes | (C) Study of laws of inheritance of characters. |
| (iv) Allele | (D) A gene that can express only when in a similar pair. |
| (E) Chromosomes other than the pair of sex chromosomes. |