07. Eye and Ear
Neural Control and Coordination

284919 Cornea is covered externally by a thin transparent membrane, which is

1 Sclerotic
2 Conjunctiva
3 Choroid
4 None of these
Neural Control and Coordination

284925 The cranial nerve in rabbit that is connected to the superior oblique muscle of the eye is:

1 II
2 IV
3 \(\mathrm{V}\)
4 VIII
Neural Control and Coordination

284963 Which one of the following is the correct difference between Rod cells and Cone cells of our retina?

1 Overall function, **Rod cells** - Vision in poor light, **Cone cells** - Colour vision and detailed vision in bright light
2 Distribution, **Rod cells** -More concentrated in centre of retina, **Cone cells** -Evenly over retinea
3 Visual acuity, **Rod cells** -High, **Cone cells** -Low
4 Visual pigment contained, **Rod cells** -lodopsin, **Cone cells** -Rhodopsin
Neural Control and Coordination

284964 Given below is a diagrammatic cross section of a single loop of human cochlea:

Which one of the following options correctly represents the names of three different parts?

1 D:Sensory hair cells, A:Endolymph, B:Tectorial membrane
2 A: Perilymph, B: Tectorial membrane, C: Endolymph
3 B:Tectorial membrane, D:Secretory cells
4 C:Endolymph, D:Sensory hair cells, A:Serum
Neural Control and Coordination

284979 A micro-organism, when viewed under a compound microscope with an objective lens of \(40 \mathrm{X}\) and an eye piece of \(10 \mathrm{X}\) magnification measured \(4000 \mu \mathrm{m}\) in length. The same microorganism when observed under a dissection microscope with a lens of \(10 \mathrm{X}\) magnification, would measure........

1 \(100 \mu\)
2 \(40 \mu\)
3 \(400 \mu\)
4 \(10 \mu\)
Neural Control and Coordination

284919 Cornea is covered externally by a thin transparent membrane, which is

1 Sclerotic
2 Conjunctiva
3 Choroid
4 None of these
Neural Control and Coordination

284925 The cranial nerve in rabbit that is connected to the superior oblique muscle of the eye is:

1 II
2 IV
3 \(\mathrm{V}\)
4 VIII
Neural Control and Coordination

284963 Which one of the following is the correct difference between Rod cells and Cone cells of our retina?

1 Overall function, **Rod cells** - Vision in poor light, **Cone cells** - Colour vision and detailed vision in bright light
2 Distribution, **Rod cells** -More concentrated in centre of retina, **Cone cells** -Evenly over retinea
3 Visual acuity, **Rod cells** -High, **Cone cells** -Low
4 Visual pigment contained, **Rod cells** -lodopsin, **Cone cells** -Rhodopsin
Neural Control and Coordination

284964 Given below is a diagrammatic cross section of a single loop of human cochlea:

Which one of the following options correctly represents the names of three different parts?

1 D:Sensory hair cells, A:Endolymph, B:Tectorial membrane
2 A: Perilymph, B: Tectorial membrane, C: Endolymph
3 B:Tectorial membrane, D:Secretory cells
4 C:Endolymph, D:Sensory hair cells, A:Serum
Neural Control and Coordination

284979 A micro-organism, when viewed under a compound microscope with an objective lens of \(40 \mathrm{X}\) and an eye piece of \(10 \mathrm{X}\) magnification measured \(4000 \mu \mathrm{m}\) in length. The same microorganism when observed under a dissection microscope with a lens of \(10 \mathrm{X}\) magnification, would measure........

1 \(100 \mu\)
2 \(40 \mu\)
3 \(400 \mu\)
4 \(10 \mu\)
Neural Control and Coordination

284919 Cornea is covered externally by a thin transparent membrane, which is

1 Sclerotic
2 Conjunctiva
3 Choroid
4 None of these
Neural Control and Coordination

284925 The cranial nerve in rabbit that is connected to the superior oblique muscle of the eye is:

1 II
2 IV
3 \(\mathrm{V}\)
4 VIII
Neural Control and Coordination

284963 Which one of the following is the correct difference between Rod cells and Cone cells of our retina?

1 Overall function, **Rod cells** - Vision in poor light, **Cone cells** - Colour vision and detailed vision in bright light
2 Distribution, **Rod cells** -More concentrated in centre of retina, **Cone cells** -Evenly over retinea
3 Visual acuity, **Rod cells** -High, **Cone cells** -Low
4 Visual pigment contained, **Rod cells** -lodopsin, **Cone cells** -Rhodopsin
Neural Control and Coordination

284964 Given below is a diagrammatic cross section of a single loop of human cochlea:

Which one of the following options correctly represents the names of three different parts?

1 D:Sensory hair cells, A:Endolymph, B:Tectorial membrane
2 A: Perilymph, B: Tectorial membrane, C: Endolymph
3 B:Tectorial membrane, D:Secretory cells
4 C:Endolymph, D:Sensory hair cells, A:Serum
Neural Control and Coordination

284979 A micro-organism, when viewed under a compound microscope with an objective lens of \(40 \mathrm{X}\) and an eye piece of \(10 \mathrm{X}\) magnification measured \(4000 \mu \mathrm{m}\) in length. The same microorganism when observed under a dissection microscope with a lens of \(10 \mathrm{X}\) magnification, would measure........

1 \(100 \mu\)
2 \(40 \mu\)
3 \(400 \mu\)
4 \(10 \mu\)
Neural Control and Coordination

284919 Cornea is covered externally by a thin transparent membrane, which is

1 Sclerotic
2 Conjunctiva
3 Choroid
4 None of these
Neural Control and Coordination

284925 The cranial nerve in rabbit that is connected to the superior oblique muscle of the eye is:

1 II
2 IV
3 \(\mathrm{V}\)
4 VIII
Neural Control and Coordination

284963 Which one of the following is the correct difference between Rod cells and Cone cells of our retina?

1 Overall function, **Rod cells** - Vision in poor light, **Cone cells** - Colour vision and detailed vision in bright light
2 Distribution, **Rod cells** -More concentrated in centre of retina, **Cone cells** -Evenly over retinea
3 Visual acuity, **Rod cells** -High, **Cone cells** -Low
4 Visual pigment contained, **Rod cells** -lodopsin, **Cone cells** -Rhodopsin
Neural Control and Coordination

284964 Given below is a diagrammatic cross section of a single loop of human cochlea:

Which one of the following options correctly represents the names of three different parts?

1 D:Sensory hair cells, A:Endolymph, B:Tectorial membrane
2 A: Perilymph, B: Tectorial membrane, C: Endolymph
3 B:Tectorial membrane, D:Secretory cells
4 C:Endolymph, D:Sensory hair cells, A:Serum
Neural Control and Coordination

284979 A micro-organism, when viewed under a compound microscope with an objective lens of \(40 \mathrm{X}\) and an eye piece of \(10 \mathrm{X}\) magnification measured \(4000 \mu \mathrm{m}\) in length. The same microorganism when observed under a dissection microscope with a lens of \(10 \mathrm{X}\) magnification, would measure........

1 \(100 \mu\)
2 \(40 \mu\)
3 \(400 \mu\)
4 \(10 \mu\)
Neural Control and Coordination

284919 Cornea is covered externally by a thin transparent membrane, which is

1 Sclerotic
2 Conjunctiva
3 Choroid
4 None of these
Neural Control and Coordination

284925 The cranial nerve in rabbit that is connected to the superior oblique muscle of the eye is:

1 II
2 IV
3 \(\mathrm{V}\)
4 VIII
Neural Control and Coordination

284963 Which one of the following is the correct difference between Rod cells and Cone cells of our retina?

1 Overall function, **Rod cells** - Vision in poor light, **Cone cells** - Colour vision and detailed vision in bright light
2 Distribution, **Rod cells** -More concentrated in centre of retina, **Cone cells** -Evenly over retinea
3 Visual acuity, **Rod cells** -High, **Cone cells** -Low
4 Visual pigment contained, **Rod cells** -lodopsin, **Cone cells** -Rhodopsin
Neural Control and Coordination

284964 Given below is a diagrammatic cross section of a single loop of human cochlea:

Which one of the following options correctly represents the names of three different parts?

1 D:Sensory hair cells, A:Endolymph, B:Tectorial membrane
2 A: Perilymph, B: Tectorial membrane, C: Endolymph
3 B:Tectorial membrane, D:Secretory cells
4 C:Endolymph, D:Sensory hair cells, A:Serum
Neural Control and Coordination

284979 A micro-organism, when viewed under a compound microscope with an objective lens of \(40 \mathrm{X}\) and an eye piece of \(10 \mathrm{X}\) magnification measured \(4000 \mu \mathrm{m}\) in length. The same microorganism when observed under a dissection microscope with a lens of \(10 \mathrm{X}\) magnification, would measure........

1 \(100 \mu\)
2 \(40 \mu\)
3 \(400 \mu\)
4 \(10 \mu\)