NEET Biology MCQs | Online MCQs test on NEET Transport in Plants | Solve this online test and get your instant score and answers | Test No. 4
Transport in Plants: MCQs Test - 4
Question 1 |
increase | |
decrease rapidly | |
decrease slowly | |
remain unaffected |
Question 2 |
Transpiration | |
Protection against grazing | |
Fighting against infection | |
Guttation |
Question 3 |
Subsidiary cells of the leaves | |
Guard cells of the stomata | |
Mesophyll tissue cells | |
Epidermal cells of the leaves |
Question 4 |
Enter through pores | |
Contain carbon and hydrogen | |
Are water soluble | |
Are lipid soluble |
Question 5 |
Facilitated diffusion | |
Diffusion | |
Osmosis | |
Transpiration |
Question 6 |
the root and shoot die at the same time | |
the shoot dies first | |
the root dies first | |
neither root nor shoot will die |
Question 7 |
Tracheids | |
Transfusion tissue | |
Companion cells | |
Sieve elements |
Question 8 |
Cohesion and adhesion | |
Lignified thick walls | |
Transpiration pull | |
Weak gravitational pull |
Question 9 |
Phloem elements that serve as entry points for substances for transport to other plant parts | |
Endodermis of roots facilitating rapid transport of water from cortex to pericycle | |
Central region of style through which the pollen tube grows towards the ovary | |
Testa of seeds to enable emergence of growing embryonic axis during seed germination |
Question 10 |
Echard = Hollard + Chresard | |
Chresard = Hollard – Echard | |
Chresard = Echard + Hollard | |
Hollard = Chresard – Echard |
Question 11 |
Select the correct events leading to the opening of the stomata
a. Decline in guard cell solutes
b. Lowering of osmotic potential of guard cells
c. Rise in potassium levels in guard cells
d. Movement of water from neighbouring cells into guard cells
e. Guard cells becoming flaccid
a, c and d only | |
b, c and d only | |
a and e only | |
b, d and e only |
Question 12 |
do not show any specificity in opening and closing | |
remain closed during day | |
remain closed at night | |
remain always open |
Question 13 |
Tension on the cell sap due to transpiration | |
Increased respiratory activity in root cells | |
Forces created in the cells of the root | |
Osmotic force in the shoot system |
Question 14 |
Plants growing in hilly regions | |
Aquatic, submerged plants | |
Plants living in deserts | |
Aquatic plants with floating leaves |
Question 15 |
Assertion (A): K+ ion accumulation found in Nitella depends on its respiratory activity.
Reason (R): Absorption of all ions in plants completely depends on the usage of metabolic energy.
The correct answer is
A and R are true and R is the correct explanation of A | |
A and R are true but R is not the correct explanation of A | |
A is true but R is false | |
A is false but R is true |
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i like these questions!they are a little tricky
the stomatal pores open during night in desert plants like cactus and bryophyllum..and these stomata are called scotoactive stomata