1. Degree of ability to learn
2. Degree of inability to learn
3. Constancy of response to repeated presentation of the same stimulus
4. Randomeness of response to repeated presentation of the same stimulus
Degree of ability to learn
1. Dendrites
2. Nucleus
3. Myelin sheath
4. Axon
Axon
1. Is rich in lipids because it is formed by the membranes of Schwann cells
2. Is a secretory product of the Schwann cells
3. Is produced inside the axon and extruded out through the membrane
4. Is continuous all along the length of the axon
Is rich in lipids because it is formed by the membranes of Schwann cells
1. Left somatic sensory area
2. Left occipital lobe
3. Right somatic sensory area
4. Right occipital lobe
Left somatic sensory area
1. Changing the size of its action potentials
2. Changing the speed at which its action potentials travel
3. Releasing different types of neurotransmitters
4. Transmitting different numbers of nerve impulses in a given time period
Transmitting different numbers of nerve impulses in a given time period
1. Foramen magnum
2. Foramen opali
3. Foramen of Monro
4. Optic foramen
Foramen of Monro
1. To present brain against any infection
2. To absorb any shock or jerk to brain or spinal cord
3. For easy communication of brain and spinal cord and provide nutrition
4. For lubrication of brain
To absorb any shock or jerk to brain or spinal cord
1. Optic foramen
2. Cribiform plate apertures
3. Sphenoid foramen
4. Foramen lecerum
Optic foramen
1. Ear drum
2. Ear canals
3. Skin of nose, orbit and snout
4. Eye muscles
Eye muscles
1. Only sensory in nature
2. Only motor in nature
3. Both sensory and motor
4. Inert
Both sensory and motor