Question types

Plant Water Relation question types

335 questions across 10 question groups — pick any mix to generate a BIOLOGY paper with step-by-step answer keys.

335
Questions
10
Question groups
5
Question types
Sample Questions

Plant Water Relation questions

One sample from each question group in this chapter. Select any group above to see the full set with answer keys.

Q 1MCQ1 Mark
Osmosis is a property of ……………..
  • A
    solute
  • B
    solvent
  • solution
  • D
    membrane

Answer: C.

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Q 2MCQ1 Mark
Due to low atmospheric pressure the rate of transpiration will ……………..
  • increase
  • B
    decrease rapidly
  • C
    decrease slowly
  • D
    remain unaffected

Answer: A.

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Q 3MCQ1 Mark
Water absorption takes place through ……………..
  • A
    lateral root
  • B
    root cap
  • root hair
  • D
    primary root

Answer: C.

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Q 4MCQ1 Mark
During rainy season wooden doors warp and become difficult to open or to close because of ……………..
  • A
    plasmolysis
  • imbibition
  • C
    osmosis
  • D
    diffusion

Answer: B.

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Q 5MCQ1 Mark
Which of the following type of solution has lower level of solutes than the solution?
  • A
    Isotonic
  • Hypotonic
  • C
    Hypertonic
  • D
    Anisotonic

Answer: B.

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(i) Osmosis
(ii) Diffusion
(iii) Plasmolysis
(iv) Imbibition
(v) Guttation
(vi) Transpiration
(vii) Ascent of sap
(viii) Active absorption
(ix) Diffusion Pressure Deficit (D.P.D.)
(x) Turgor pressure
(xi) Water potential
(xii) Wall pressure
(xiii) Root pressure
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Complete the table.

EventPhysical process
1. Soaking of Seeds—————-
2. Water entering guard cells—————-
3. Exchange of gases—————
4. Loss of water in liquid form—————
5. Water coming out through earthen pot—————
6. Loss of water in vapour form—————
7. Absorption of solutes passively by carrier—————
8. Spreading of fragrance of incense stick—————
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Capillary water, Combined water, Hygroscopic water, Gravitational water.

Column A

Column B

(1) Water adsorbed on soil particles

—————

(2) Water penetrated deep in soil

————–

(3) Water present as hydrated oxides

————-

(4) Water present between soil particles

————-

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Column A (Scientist)Column B (Theory)
(1) Dixon and Joly(a) Starch-sugar                inter conversion
(2) Steward(b) Osmotic absorption theory
(3) Atkins and Pristley(c) Non-osmotic absorption theory
(4) Kramer and Thimann(d) Cohesion tension theory
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Column A (Scientist)Column B (Theory)
(1) Dixon and Joly(a) Starch-sugar inter conversion
(2) Steward(b) Osmotic absorption theory
(3) Atkins and Pristley(c) Non-osmotic absorption theory
(4) Kramer and Thimann(d) Cohesion tension theory
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