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BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333471 Phyllotaxy in mustard
Alstonia
and
Calotropis
respectively

1 Alternate, whorled, opposite
2 Whorled, alternate, opposite
3 Opposite, alternate, whorled
4 Opposite, opposite whorled
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333472 Find out the correct matching:

1 Palmately compound leaves - neem
2 Pinnately compound leaves - Silk cotton
3 Phyllotaxy - Pattern of arrangement of flower on stem or branch
4 Venation - Arrangement of veins and veinlets in the lamina of leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333473 Opposite and whorled-phyllotaxy is found in

1 Calotropis
and
Alstonia
respectively
2 Mustard and
Alstonia
respectively
3 Guava and
Alstonia
respectively
4 1 and 3
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333474 The phyllotaxy in which a single leaf arises at each node in alternate manner is called

1 Whorled
2 Alternate
3 Opposite
4 None of these
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333475 A vasculum has 1000 leaves. \(15 \%\) of these belong to China rose, \(15 \%\) to Mustard, \(20 \%\) to
Calotropis
20\% to Guava, and the remaining \(30 \%\) to Alstonia. If 6 leaves are present at each node of Alstonia, what is the total number of nodes seen in various twigs present in vasculum?

1 700
2 1000
3 300
4 550
NEET DIGITAL LIBRARY
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333471 Phyllotaxy in mustard
Alstonia
and
Calotropis
respectively

1 Alternate, whorled, opposite
2 Whorled, alternate, opposite
3 Opposite, alternate, whorled
4 Opposite, opposite whorled
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333472 Find out the correct matching:

1 Palmately compound leaves - neem
2 Pinnately compound leaves - Silk cotton
3 Phyllotaxy - Pattern of arrangement of flower on stem or branch
4 Venation - Arrangement of veins and veinlets in the lamina of leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333473 Opposite and whorled-phyllotaxy is found in

1 Calotropis
and
Alstonia
respectively
2 Mustard and
Alstonia
respectively
3 Guava and
Alstonia
respectively
4 1 and 3
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333474 The phyllotaxy in which a single leaf arises at each node in alternate manner is called

1 Whorled
2 Alternate
3 Opposite
4 None of these
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333475 A vasculum has 1000 leaves. \(15 \%\) of these belong to China rose, \(15 \%\) to Mustard, \(20 \%\) to
Calotropis
20\% to Guava, and the remaining \(30 \%\) to Alstonia. If 6 leaves are present at each node of Alstonia, what is the total number of nodes seen in various twigs present in vasculum?

1 700
2 1000
3 300
4 550
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BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333471 Phyllotaxy in mustard
Alstonia
and
Calotropis
respectively

1 Alternate, whorled, opposite
2 Whorled, alternate, opposite
3 Opposite, alternate, whorled
4 Opposite, opposite whorled
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333472 Find out the correct matching:

1 Palmately compound leaves - neem
2 Pinnately compound leaves - Silk cotton
3 Phyllotaxy - Pattern of arrangement of flower on stem or branch
4 Venation - Arrangement of veins and veinlets in the lamina of leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333473 Opposite and whorled-phyllotaxy is found in

1 Calotropis
and
Alstonia
respectively
2 Mustard and
Alstonia
respectively
3 Guava and
Alstonia
respectively
4 1 and 3
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333474 The phyllotaxy in which a single leaf arises at each node in alternate manner is called

1 Whorled
2 Alternate
3 Opposite
4 None of these
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333475 A vasculum has 1000 leaves. \(15 \%\) of these belong to China rose, \(15 \%\) to Mustard, \(20 \%\) to
Calotropis
20\% to Guava, and the remaining \(30 \%\) to Alstonia. If 6 leaves are present at each node of Alstonia, what is the total number of nodes seen in various twigs present in vasculum?

1 700
2 1000
3 300
4 550
For More Updates join with Us
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BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333471 Phyllotaxy in mustard
Alstonia
and
Calotropis
respectively

1 Alternate, whorled, opposite
2 Whorled, alternate, opposite
3 Opposite, alternate, whorled
4 Opposite, opposite whorled
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333472 Find out the correct matching:

1 Palmately compound leaves - neem
2 Pinnately compound leaves - Silk cotton
3 Phyllotaxy - Pattern of arrangement of flower on stem or branch
4 Venation - Arrangement of veins and veinlets in the lamina of leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333473 Opposite and whorled-phyllotaxy is found in

1 Calotropis
and
Alstonia
respectively
2 Mustard and
Alstonia
respectively
3 Guava and
Alstonia
respectively
4 1 and 3
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333474 The phyllotaxy in which a single leaf arises at each node in alternate manner is called

1 Whorled
2 Alternate
3 Opposite
4 None of these
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333475 A vasculum has 1000 leaves. \(15 \%\) of these belong to China rose, \(15 \%\) to Mustard, \(20 \%\) to
Calotropis
20\% to Guava, and the remaining \(30 \%\) to Alstonia. If 6 leaves are present at each node of Alstonia, what is the total number of nodes seen in various twigs present in vasculum?

1 700
2 1000
3 300
4 550
NEET DIGITAL LIBRARY
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333471 Phyllotaxy in mustard
Alstonia
and
Calotropis
respectively

1 Alternate, whorled, opposite
2 Whorled, alternate, opposite
3 Opposite, alternate, whorled
4 Opposite, opposite whorled
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333472 Find out the correct matching:

1 Palmately compound leaves - neem
2 Pinnately compound leaves - Silk cotton
3 Phyllotaxy - Pattern of arrangement of flower on stem or branch
4 Venation - Arrangement of veins and veinlets in the lamina of leaf
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333473 Opposite and whorled-phyllotaxy is found in

1 Calotropis
and
Alstonia
respectively
2 Mustard and
Alstonia
respectively
3 Guava and
Alstonia
respectively
4 1 and 3
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333474 The phyllotaxy in which a single leaf arises at each node in alternate manner is called

1 Whorled
2 Alternate
3 Opposite
4 None of these
BIOXI05: MORPHOLOGY OF FLOWERING PLANTS

333475 A vasculum has 1000 leaves. \(15 \%\) of these belong to China rose, \(15 \%\) to Mustard, \(20 \%\) to
Calotropis
20\% to Guava, and the remaining \(30 \%\) to Alstonia. If 6 leaves are present at each node of Alstonia, what is the total number of nodes seen in various twigs present in vasculum?

1 700
2 1000
3 300
4 550