NEET Test Series from KOTA - 10 Papers In MS WORD
WhatsApp Here
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334514
Number of legs present in thorax of cockroach
1 6
2 4
3 2
4 8
Explanation:
Each thoracic segment has a pair of legs. There are 3 thoracic segment, so number of legs present in thorax of cockroach is six.
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334515
Abdomen, head and thorax of cockroach has ______ number of segments respectively
1 \(11,6,3\)
2 \(10,6,3\)
3 \(10,3,6\)
4 \(6,10,3\)
Explanation:
Abdomen, head and thorax of cockroach has 10, 6, 3 segments respectively .
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334516
Tegmina in cockroach, arises from :
1 Mesothorax
2 Metathorax
3 Prothorax and Mesothorax
4 Prothorax
Explanation:
The cockroach has two pairs of wings. The forewings (tegmina) present on the mesothorax and the hindwings present on the metathorax. The prothorax lacks wings.
NEET - 2022
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334517
Match the columns with respect to cockroach Column I Column II A Labrum P Tongue B Labium Q Upper lip C Hypopharynx R Lower lip
334514
Number of legs present in thorax of cockroach
1 6
2 4
3 2
4 8
Explanation:
Each thoracic segment has a pair of legs. There are 3 thoracic segment, so number of legs present in thorax of cockroach is six.
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334515
Abdomen, head and thorax of cockroach has ______ number of segments respectively
1 \(11,6,3\)
2 \(10,6,3\)
3 \(10,3,6\)
4 \(6,10,3\)
Explanation:
Abdomen, head and thorax of cockroach has 10, 6, 3 segments respectively .
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334516
Tegmina in cockroach, arises from :
1 Mesothorax
2 Metathorax
3 Prothorax and Mesothorax
4 Prothorax
Explanation:
The cockroach has two pairs of wings. The forewings (tegmina) present on the mesothorax and the hindwings present on the metathorax. The prothorax lacks wings.
NEET - 2022
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334517
Match the columns with respect to cockroach Column I Column II A Labrum P Tongue B Labium Q Upper lip C Hypopharynx R Lower lip
334514
Number of legs present in thorax of cockroach
1 6
2 4
3 2
4 8
Explanation:
Each thoracic segment has a pair of legs. There are 3 thoracic segment, so number of legs present in thorax of cockroach is six.
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334515
Abdomen, head and thorax of cockroach has ______ number of segments respectively
1 \(11,6,3\)
2 \(10,6,3\)
3 \(10,3,6\)
4 \(6,10,3\)
Explanation:
Abdomen, head and thorax of cockroach has 10, 6, 3 segments respectively .
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334516
Tegmina in cockroach, arises from :
1 Mesothorax
2 Metathorax
3 Prothorax and Mesothorax
4 Prothorax
Explanation:
The cockroach has two pairs of wings. The forewings (tegmina) present on the mesothorax and the hindwings present on the metathorax. The prothorax lacks wings.
NEET - 2022
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334517
Match the columns with respect to cockroach Column I Column II A Labrum P Tongue B Labium Q Upper lip C Hypopharynx R Lower lip
334514
Number of legs present in thorax of cockroach
1 6
2 4
3 2
4 8
Explanation:
Each thoracic segment has a pair of legs. There are 3 thoracic segment, so number of legs present in thorax of cockroach is six.
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334515
Abdomen, head and thorax of cockroach has ______ number of segments respectively
1 \(11,6,3\)
2 \(10,6,3\)
3 \(10,3,6\)
4 \(6,10,3\)
Explanation:
Abdomen, head and thorax of cockroach has 10, 6, 3 segments respectively .
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334516
Tegmina in cockroach, arises from :
1 Mesothorax
2 Metathorax
3 Prothorax and Mesothorax
4 Prothorax
Explanation:
The cockroach has two pairs of wings. The forewings (tegmina) present on the mesothorax and the hindwings present on the metathorax. The prothorax lacks wings.
NEET - 2022
BIOXI07: STRUCTURAL ORGANISATION IN ANIMALS
334517
Match the columns with respect to cockroach Column I Column II A Labrum P Tongue B Labium Q Upper lip C Hypopharynx R Lower lip