183927
Skin plays a very important role in osmoregulation in frog by:
1 active outflow of water
2 osmotic inflow of water
3 active uptake of salts
4 passive inward diffusion of salt
Explanation:
B Skin plays a very important role in osmoregulation in frog by osmotic inflow of water. It keeps skin moist and maintain the water balance. - Water absorption across the skin is driven by osmotic gradient. The unique properties of frog skin having high permeability to water and electrolytethereforeallow this tissue to contribute to osmoregulation.
JIPMER-1997
Structural Organization in Animals
183928
Frogs
1 are uricotelic
2 have olfactory lobes in the midbrain
3 do not have renal portal system
4 have lymphatic system
5 have gall bladder which secretes bile
Explanation:
D Frogs are ureotelic. They have olfactory lobes in fore brain. They have renal portal systemit is a venous connection between intestine and kidney. Frog have lymphatic system. They have gall bladder which store bile and it secreted by liver.
Kerala PMT-2015
Structural Organization in Animals
183929
\(\quad V^{\text {th }}\) Cranial nerve of frog is called
1 Optic nerve
2 Vagus
3 Trigeminal
4 Ophthalmic
Explanation:
C Frog's nervous system contains 10 pairs of cranial nerves that serve different purposes. The fifth cranial nerves of the frog is called the trigeminal nerve which arises from the lateral side of the medulla. It receives impulses from the skin of the snout.
MGIMS Wardha-20082010
Structural Organization in Animals
183931
During hibernation periodfrogs respiration is:
1 cutaneous
2 pulmonary
3 pharyngeal
4 buccopharyngeal
Explanation:
A Cutaneous respiration in frogs and other amphibians may be the primary respiratory mode during colder temperatures. Cutaneous respiration is the only form of respirationwhich take place when the frog is under water or in hibernation. There is rich supply of blood capillaries to the skinwhich are permeable to gases.
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Structural Organization in Animals
183927
Skin plays a very important role in osmoregulation in frog by:
1 active outflow of water
2 osmotic inflow of water
3 active uptake of salts
4 passive inward diffusion of salt
Explanation:
B Skin plays a very important role in osmoregulation in frog by osmotic inflow of water. It keeps skin moist and maintain the water balance. - Water absorption across the skin is driven by osmotic gradient. The unique properties of frog skin having high permeability to water and electrolytethereforeallow this tissue to contribute to osmoregulation.
JIPMER-1997
Structural Organization in Animals
183928
Frogs
1 are uricotelic
2 have olfactory lobes in the midbrain
3 do not have renal portal system
4 have lymphatic system
5 have gall bladder which secretes bile
Explanation:
D Frogs are ureotelic. They have olfactory lobes in fore brain. They have renal portal systemit is a venous connection between intestine and kidney. Frog have lymphatic system. They have gall bladder which store bile and it secreted by liver.
Kerala PMT-2015
Structural Organization in Animals
183929
\(\quad V^{\text {th }}\) Cranial nerve of frog is called
1 Optic nerve
2 Vagus
3 Trigeminal
4 Ophthalmic
Explanation:
C Frog's nervous system contains 10 pairs of cranial nerves that serve different purposes. The fifth cranial nerves of the frog is called the trigeminal nerve which arises from the lateral side of the medulla. It receives impulses from the skin of the snout.
MGIMS Wardha-20082010
Structural Organization in Animals
183931
During hibernation periodfrogs respiration is:
1 cutaneous
2 pulmonary
3 pharyngeal
4 buccopharyngeal
Explanation:
A Cutaneous respiration in frogs and other amphibians may be the primary respiratory mode during colder temperatures. Cutaneous respiration is the only form of respirationwhich take place when the frog is under water or in hibernation. There is rich supply of blood capillaries to the skinwhich are permeable to gases.
183927
Skin plays a very important role in osmoregulation in frog by:
1 active outflow of water
2 osmotic inflow of water
3 active uptake of salts
4 passive inward diffusion of salt
Explanation:
B Skin plays a very important role in osmoregulation in frog by osmotic inflow of water. It keeps skin moist and maintain the water balance. - Water absorption across the skin is driven by osmotic gradient. The unique properties of frog skin having high permeability to water and electrolytethereforeallow this tissue to contribute to osmoregulation.
JIPMER-1997
Structural Organization in Animals
183928
Frogs
1 are uricotelic
2 have olfactory lobes in the midbrain
3 do not have renal portal system
4 have lymphatic system
5 have gall bladder which secretes bile
Explanation:
D Frogs are ureotelic. They have olfactory lobes in fore brain. They have renal portal systemit is a venous connection between intestine and kidney. Frog have lymphatic system. They have gall bladder which store bile and it secreted by liver.
Kerala PMT-2015
Structural Organization in Animals
183929
\(\quad V^{\text {th }}\) Cranial nerve of frog is called
1 Optic nerve
2 Vagus
3 Trigeminal
4 Ophthalmic
Explanation:
C Frog's nervous system contains 10 pairs of cranial nerves that serve different purposes. The fifth cranial nerves of the frog is called the trigeminal nerve which arises from the lateral side of the medulla. It receives impulses from the skin of the snout.
MGIMS Wardha-20082010
Structural Organization in Animals
183931
During hibernation periodfrogs respiration is:
1 cutaneous
2 pulmonary
3 pharyngeal
4 buccopharyngeal
Explanation:
A Cutaneous respiration in frogs and other amphibians may be the primary respiratory mode during colder temperatures. Cutaneous respiration is the only form of respirationwhich take place when the frog is under water or in hibernation. There is rich supply of blood capillaries to the skinwhich are permeable to gases.
183927
Skin plays a very important role in osmoregulation in frog by:
1 active outflow of water
2 osmotic inflow of water
3 active uptake of salts
4 passive inward diffusion of salt
Explanation:
B Skin plays a very important role in osmoregulation in frog by osmotic inflow of water. It keeps skin moist and maintain the water balance. - Water absorption across the skin is driven by osmotic gradient. The unique properties of frog skin having high permeability to water and electrolytethereforeallow this tissue to contribute to osmoregulation.
JIPMER-1997
Structural Organization in Animals
183928
Frogs
1 are uricotelic
2 have olfactory lobes in the midbrain
3 do not have renal portal system
4 have lymphatic system
5 have gall bladder which secretes bile
Explanation:
D Frogs are ureotelic. They have olfactory lobes in fore brain. They have renal portal systemit is a venous connection between intestine and kidney. Frog have lymphatic system. They have gall bladder which store bile and it secreted by liver.
Kerala PMT-2015
Structural Organization in Animals
183929
\(\quad V^{\text {th }}\) Cranial nerve of frog is called
1 Optic nerve
2 Vagus
3 Trigeminal
4 Ophthalmic
Explanation:
C Frog's nervous system contains 10 pairs of cranial nerves that serve different purposes. The fifth cranial nerves of the frog is called the trigeminal nerve which arises from the lateral side of the medulla. It receives impulses from the skin of the snout.
MGIMS Wardha-20082010
Structural Organization in Animals
183931
During hibernation periodfrogs respiration is:
1 cutaneous
2 pulmonary
3 pharyngeal
4 buccopharyngeal
Explanation:
A Cutaneous respiration in frogs and other amphibians may be the primary respiratory mode during colder temperatures. Cutaneous respiration is the only form of respirationwhich take place when the frog is under water or in hibernation. There is rich supply of blood capillaries to the skinwhich are permeable to gases.
