1. B and C
2. C
3. A and B
4. B, C, and D
B and C
1. During “idling” the posterior cingulated gyrus of men’s brains re active.
2. During “idling” the primitive region in control of unstable of emotion is active in men’s brains.
3. During “idling” women’s brains are less active than men’s brains.
4. During “idling” the temporal limbic system is active in both men and women.
During “idling” the primitive region in control of unstable of emotion is active in men’s brains.
1. A and C
2. B and D
3. A, C, and D
4. B, C, and D
B and D
1. Several men and women showed brain activity more like the other sex’s.
2. The flow of radio-active glucose is not necessarily an indication of brain activity.
3. It is very difficult to interpret the finding of experiments conducted using the new imaging technology.
4. None of these.
None of these.
1. A
2. D
3. B and C
4. A and C
B and C
1. Three
2. Four
3. Five.
4. None of these.
Four
1. Men engage more of their brains than women when performing analytical tasks.
2. When asked to think of nothing, men’s minds probably are more blank than women’s minds.
3. Fundamentally, men and women use the same set of neurons in their brain but the activity levels of the brain differ in the two sexes.
4. Women’s and men’s brain differ significantly in structure.
Men engage more of their brains than women when performing analytical tasks.
1. Four years
2. Ten years.
3. Two years.
4. Cannot say
Ten years.
1. Observation and understanding of muscular movements.
2. A similar belief shared by theologians and philosophers.
3. Theory of neural networks.
4. Individual sensory skills.
Observation and understanding of muscular movements.
1. Keeping the brain informed about what is happening to muscular system.
2. An early warning system, which informs the brain about proposed muscle movements.
3. The signal from senses to brain which helps to avoid accidents.
4. One of the signals exchanged between the brain and senses.
An early warning system, which informs the brain about proposed muscle movements.