MEDIUM
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Describe the modification of leaves in insectivorous plants. 

Important Questions on The Plant: Structure and Function

EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Leaves become modified into spines in:
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Which one of the following is a modified leaf?
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications

Consider the following morphological biochemical or physiological characteristics of plants.

i. Presence of hairy leaves ii. Production of more nectar is flower
iii.. High sugar content in plant parts iv. Presence of higher aspartic acid concentration.

Choose the correct combination of statements which give natural resistance to plants against insect pests:

EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Name any two autotrophic plants which also show the heterotrophic mode of nutrition.
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Distinguish between a parasite and a saprotroph.
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
How does a Venus flytrap plant trap insects?
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Why do a few plants eat insects besides being photosynthetic in nature? Give examples.
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Write the difference between saprophytic and parasitic plants.
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Leaf tendril is not seen in
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Insectivorous plants eat insects, although they are capable of preparing their own food. Why?
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Name any two insectivorous plants.
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
What is saprotrophic mode of nutrition?
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
How does the Pitcher plant catch its prey? 
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Write the difference between autotrophs and heterotrophs.
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
What are fungi? Give two examples.
EASY
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
How do fungi obtain their food?
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications

Rewrite the following statement correctly.

The brightly coloured insectivores can produce their own food.

MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
How does a pitcher plant eat insects?
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
What is an insectivorous plant? Why does a plant eat insects? Write a brief note on pitcher plants.
MEDIUM
Science>Biology>The Plant: Structure and Function>Leaves: Functions and Modifications
Insectivorous plants grow in the soil deficient in _____. (Carbon/Nitrogen)