Advertisements
Advertisements
Question
Match structures given in Column I with functions given in Column II.
| Column I | Column II | ||
| (i) | Stomata | (a) | Absorption of water |
| (ii) | Xylem | (b) | Transpiration |
| (iii) | Root hairs | (c) | Transport of food |
| (iv) | Phloem | (d) | Transport of water |
| (e) | Synthesis of carbohydrates |
Advertisements
Solution
| Column I | Column II | ||
| (i) | Stomata | (b) | Transpiration |
| (ii) | Xylem | (d) | Transport of water |
| (iii) | Root hairs | (a) | Absorption of water |
| (iv) | Phloem | (c) | Transport of food |
APPEARS IN
RELATED QUESTIONS
Draw the well-labelled diagram of the human excretory system
Name the two parts of a plant through which its gaseous waste products are released into the air.
Name the following:
The tuft of capillaries inside the Bowman's capsule.
Given below is a highly simplified diagram of the human kidney cut open longitudinally. Answer the question that follow:
Name the functional units of the kidneys.
Given below is a highly simplified diagram of the human kidney cut open longitudinally. Answer the question that follow:
Mention two functions of the kidney.
Given below is a simple diagram of the human kidney cut open longitudinally. Answer the following questions:
c
(v) Write two differences in the composition of the blood flowing through blood vessels A and B.
Give Technical Term:
The organ in man concerned with maintaining water balance in the body.
State the Location: Renal pyramids
Answer the following question.
Amphibian tadpole can afford to be ammonotelic. Justify.
The CORRECT match is ______.
