Biological and Evolutionary Basis of Behaviour [GATE (Graduate Aptitude Test in Engineering) Psychology]: Questions 46 - 50 of 373

Access detailed explanations (illustrated with images and videos) to 2250 questions. Access all new questions- tracking exam pattern and syllabus. View the complete topic-wise distribution of questions. Unlimited Access, Unlimited Time, on Unlimited Devices!

View Sample Explanation or View Features.

Rs. 600.00 -OR-

How to register? Already Subscribed?

Question 46

Biological and Evolutionary Basis of Behaviour

Question

MCQ▾

The brain and the spinal cord comprise which of the following nervous systems?

Choices

Choice (4)Response

a.

autonomic nervous system

b.

central nervous system

c.

peripheral nervous system

d.

sympathetic nervous system

Question 47

Biological and Evolutionary Basis of Behaviour

Question

MCQ▾

If a “split-brain” subject were given a key (hidden from sight) to feel with his lefthand, he

Choices

Choice (4)Response

a.

would be able to point to the key with his right hand.

b.

would have to wait for the information transfer to take place before describing it.

c.

would be unable to describe the object.

d.

could easily name what he had touched.

Question 48

Biological and Evolutionary Basis of Behaviour

Question

MCQ▾

Thalamus is a Greek work meaning ________.

Choices

Choice (4)Response

a.

Bedroom amd Rotunda

b.

Rotunda

c.

Bulb

d.

Bedroom

Question 49

Biological and Evolutionary Basis of Behaviour

Question

MCQ▾

A complex structure, located towards the back of the brain, concerned with unconscious coordination of muscles is called ________.

Choices

Choice (4)Response

a.

Midbrain

b.

Brain stem

c.

Medulla

d.

The cerebellum

Question 50

Biological and Evolutionary Basis of Behaviour
Neural Impulse

Question

MCQ▾

Which two processes are generally required for sending messages throughout the nervous system?

Choices

Choice (4)Response

a.

Release of DNA and inhibitory neurotransmitters

b.

Contraction and excitation of dendrites

c.

Charge distribution and release neurotransmitters

d.

Permeability changes and protoplasm redistribution

Developed by: