A. Cell
B. Neuron ending
C. Receptor organ
D. All of the above
Related Mcqs:
- Stroebe and Diehl (1994) conducted a clever piece of research into why brainstorming does not appear to enhance individual creativity. They hypothesized that, during a brainstorming session, because may speak at a time, other group members have to keep silent, and may be distracted by the content of the group discussion or forget their own ideas. Storebe and Diehi termed this phenomenon ‘production blocking’, because the waiting time before speaking and the distracting influence of others ‘ idea could potentially block individuals from coming up with their ideas. The result of their subsequent study were clear-cut: participants generated approximately twice as many ideas when they were allowed to express their ideas as they occurred than when they had to wait their turn. But which two of the following can we infer from these results?
1.That ‘production blocking’ does not occur in interactive brainstorming groups.
2.That ‘production blocking’ is an important factor explaining the inferiority of interactive brainstorming groups.
3.That it may be more effective to ask group members to develop their ideas in one group, and than express them to another group.
4.That it may be more effective to ask group members to develop their ideas separately, and then express them in a subsequent joint meeting.A. 1 & 2
B. 2 & 3
C. 1 & 3
D. 2 & 4 - Stroebe and Diehl(1994) conducted a clever piece of research into why brainstorming does not appear to enhance individual creativity. They hypothesized that, during a brainstorming session, because may speak at a time, other group members have to keep silent, and may be distracted by the content of the group discussion or forget their own ideas. Storebe and Diehi termed this phenomenon ‘production blocking’, because the waiting time before speaking and the distracting influence of others ‘ idea could potentially block individuals from coming up with their ideas. The result of their subsequent study were clear-cut: participants generated approximately twice as many ideas when they were allowed to express their ideas as they occurred than when they had to wait their turn. But which two of the following can we infer from these results?
1.That ‘production blocking’ does not occur in interactive brainstorming groups.
2.That ‘production blocking’ is an important factor explaining the inferiority of interactive brainstorming groups.
3.That it may be more effective to ask group members to develop their ideas in one group, and than express them to another group.
4.That it may be more effective to ask group members to develop their ideas separately, and then express them in a subsequent joint meeting.A. 1 & 2
B. 2 & 3
C. 1 & 3
D. 2 & 4 - Each receptor organ:
A. Can receive all types of stimulus
B. Can able to detect particular types of stimulus
C. Can receive all types of stimuli but one at a time
D. Receptor does not receive stimuli - The receptor of the eye that functions best in dim light is the ______________?
A. fovea
B. ganglion
C. cone
D. rod - The theory of color vision based on the idea that we possess three distinct receptor areas for the three primary colors of light is the ________________?
A. primary color theory
B. signal detection theory
C. opponent process theory
D. trichromatic theory - Information picked up by the body’s receptor called is termed:
A. Cognition
B. Perception
C. Adaptation
D. Sensation - Which sensory receptor is found in greatest numbers in the skin?
A. Touch receptors
B. Warmth receptors
C. Pressure receptors
D. Pain receptors - Which of the following statements regarding the NMDA receptor is?
A. The NMDA receptor is a particular subtype of glutamate receptor
B. Sodium entry into cell is one of the triggers for the development of LTP
C. NMDA-dependent LTP can only develop in a cell that has been depolarized and then receives a further input
D. Experiments have show the blockade of the NMDA receptor by the drug AP5 prevents the development of LTP - Opiate drugs occupy the same receptor sites as:
A. endorphins
B. serotonin
C. axon terminal
D. dendrite - Nerve cell bodies and dendrites are not the only locations sensitives to neurotransmitters. Receptor sites can also be found on:
A. muscles and glands
B. skeletal joints
C. axon terminals
D. all vital organs