A. Na+ and K+ ion movement
B. Membrane potential
C. Reversal of charges
D. All of the above
Advertisement
Related Mcqs:
- The major factors that are involved in resting membrane potential include:
- A. Sodium and potassium ions B. Negative organic ion C. Leakage of K+ions from neurons D. All of the above...
- Active membrane potential is:
- A. 0.05 volts B. -50 mv C. 0.07 volts D. both a & b...
- The major process that contribute to the negative resting potential are:
- A. Active exchanged of Na+ and K+ ions B. Outward diffusion of K+ C. Outward diffusion of organic ions D. both a & b...
- As we move, viewed objects cast changing shapes on our retinas, although we do not perceive the objects as changing. This is part of the phenomenon of _________________?
- A. perceptual consistency B. relative motion C. linear perspective D. continuity...
- As we move, viewed objects cast changing shapes on our retinas, although we do not perceive the objects as changing. This is part of the phenomenon of ________________?
- A. perceptual consistency B. relative motion C. linear perspective D. continuity...
- A membrane potential of_________volts exits when a neuron is not conducting a nerve impulse:
- A. 0.05 B. 0.07 C. 0.05 to 0.07 D. 1...
- The electrical potential that exists across a cell membrane is known as:
- A. Membrane potential B. Electrical potential C. Resting potential D. Action potential...
- The potential during which the inner membrane surface becomes more positive than the outside is called:
- A. Resting membrane potential B. Threshold stimulus C. Active membrane potential D. None of these...
- A psychologist concerned with worker productivity with increased changing office layout is involved in ____________?
- A. applied research B. basic research C. clinical research D. developmental research E. None of these...
- The action potential ‘jumps’ along an axon. The gaps in a myelinated axon that the action potential ‘jumps’ to are called the ____________?
- A. Broca’s area B. Nodes of Ranvier C. terminal buttons D. Wernicke’s area...
Advertisement