The Leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333501 In a pinnately compound leaf a number of leaflets are present on a common axis, the rachis. The rachis represents the

1 Vein
2 Midrib
3 Petiole
4 Veinlets
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333502 Fill in the blanks:
i. In a __1__ compound leaf a number of leaflets are present on a common__2__, the rachis, Which represents the midrib of the leaf as in__3__
ii. In __4__ compound leaves the leaflets are attached at common __5__ i.e, at the tip of petiole as in silk cotton

1 1-Pinnately, 2-point, 3-neem. 4-pinnately, 5-axis
2 1-palmately, 2-point, 3-neem, 4-plamately, 5-axis
3 1-plamately, 2-axis, 3-silk cotton, 4-pinnately, 5-point
4 1-Pinnately, 2-axis, 3-neem, 4-palmately, 5-point
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333503 Bud is present in axil of petiole of

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333504 If bud is absent in axil of leaflets, then it is called

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333505 Incase of a simple leaf the incisions do not touch the

1 Petiole
2 Midrib
3 Veinlets
4 Lamina
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333501 In a pinnately compound leaf a number of leaflets are present on a common axis, the rachis. The rachis represents the

1 Vein
2 Midrib
3 Petiole
4 Veinlets
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333502 Fill in the blanks:
i. In a __1__ compound leaf a number of leaflets are present on a common__2__, the rachis, Which represents the midrib of the leaf as in__3__
ii. In __4__ compound leaves the leaflets are attached at common __5__ i.e, at the tip of petiole as in silk cotton

1 1-Pinnately, 2-point, 3-neem. 4-pinnately, 5-axis
2 1-palmately, 2-point, 3-neem, 4-plamately, 5-axis
3 1-plamately, 2-axis, 3-silk cotton, 4-pinnately, 5-point
4 1-Pinnately, 2-axis, 3-neem, 4-palmately, 5-point
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333503 Bud is present in axil of petiole of

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333504 If bud is absent in axil of leaflets, then it is called

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333505 Incase of a simple leaf the incisions do not touch the

1 Petiole
2 Midrib
3 Veinlets
4 Lamina
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333501 In a pinnately compound leaf a number of leaflets are present on a common axis, the rachis. The rachis represents the

1 Vein
2 Midrib
3 Petiole
4 Veinlets
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333502 Fill in the blanks:
i. In a __1__ compound leaf a number of leaflets are present on a common__2__, the rachis, Which represents the midrib of the leaf as in__3__
ii. In __4__ compound leaves the leaflets are attached at common __5__ i.e, at the tip of petiole as in silk cotton

1 1-Pinnately, 2-point, 3-neem. 4-pinnately, 5-axis
2 1-palmately, 2-point, 3-neem, 4-plamately, 5-axis
3 1-plamately, 2-axis, 3-silk cotton, 4-pinnately, 5-point
4 1-Pinnately, 2-axis, 3-neem, 4-palmately, 5-point
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333503 Bud is present in axil of petiole of

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333504 If bud is absent in axil of leaflets, then it is called

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333505 Incase of a simple leaf the incisions do not touch the

1 Petiole
2 Midrib
3 Veinlets
4 Lamina
NEET Test Series from KOTA - 10 Papers In MS WORD WhatsApp Here
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333501 In a pinnately compound leaf a number of leaflets are present on a common axis, the rachis. The rachis represents the

1 Vein
2 Midrib
3 Petiole
4 Veinlets
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333502 Fill in the blanks:
i. In a __1__ compound leaf a number of leaflets are present on a common__2__, the rachis, Which represents the midrib of the leaf as in__3__
ii. In __4__ compound leaves the leaflets are attached at common __5__ i.e, at the tip of petiole as in silk cotton

1 1-Pinnately, 2-point, 3-neem. 4-pinnately, 5-axis
2 1-palmately, 2-point, 3-neem, 4-plamately, 5-axis
3 1-plamately, 2-axis, 3-silk cotton, 4-pinnately, 5-point
4 1-Pinnately, 2-axis, 3-neem, 4-palmately, 5-point
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333503 Bud is present in axil of petiole of

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333504 If bud is absent in axil of leaflets, then it is called

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333505 Incase of a simple leaf the incisions do not touch the

1 Petiole
2 Midrib
3 Veinlets
4 Lamina
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333501 In a pinnately compound leaf a number of leaflets are present on a common axis, the rachis. The rachis represents the

1 Vein
2 Midrib
3 Petiole
4 Veinlets
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333502 Fill in the blanks:
i. In a __1__ compound leaf a number of leaflets are present on a common__2__, the rachis, Which represents the midrib of the leaf as in__3__
ii. In __4__ compound leaves the leaflets are attached at common __5__ i.e, at the tip of petiole as in silk cotton

1 1-Pinnately, 2-point, 3-neem. 4-pinnately, 5-axis
2 1-palmately, 2-point, 3-neem, 4-plamately, 5-axis
3 1-plamately, 2-axis, 3-silk cotton, 4-pinnately, 5-point
4 1-Pinnately, 2-axis, 3-neem, 4-palmately, 5-point
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333503 Bud is present in axil of petiole of

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333504 If bud is absent in axil of leaflets, then it is called

1 Simple leaf
2 Compound leaf
3 Leaflet
4 Both (1) and (2)
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333505 Incase of a simple leaf the incisions do not touch the

1 Petiole
2 Midrib
3 Veinlets
4 Lamina