The correct answer is False
Explanation:
Hunger is regulated by the hypothalamus, which is a region located in the brain. Due to this, people with injuries in this zone might experience issues regulating their appetites such as lack of satisfaction after eating or lack of impulse to eat (hunger). Thus, if a patient does not feel hungry and experienced a brain injury, this is likely related to the hypothalamus. On the other hand, the thalamus, which is a different zone in the brain located above the hypothalamus regulates sensory impulses and movements but it is not related to appetite or hunger.
Answer:
The correct answer is a. Julian Rotter.
Explanation:
Rotter uses the empirical law of effect that states that people are motivated to seek positive stimulation, or reinforcement, and to avoid unpleasant stimulation. Rotter main ideas in social learning theory is that personality represents an interaction of the individuals with their environment, it cannot be conceived individual personality internal independent of the environment. For Rotter personality and thus behavior is changeable, to the theory of rotter in any given situation, there are multiple behaviors a person can engage in. For each possible situation, there is a behavior potential so personality is a relatively set off potential responses to various situations
Answer:
a. Distance and displacement
Distance :-)
- <em>Distance is the length of a path between two points.</em>
- <em>Distance is a scalar quantity.</em>
- <em>Distance is denoted by “d”.</em>
Displacement :-)
- <em>Displacement is the shortest distance between two points.</em>
- <em>Displacement is a vector quantity.</em>
- <em>Displacement is denoted by “s”.</em>
b. Speed and velocity
Speed :-)
- <em>Speed is the time rate at which an object is moving along a path.</em>
- <em>Speed is a scalar quantity.</em>
- <em>Formula is s= d/t.</em>
<em>Velocity :-)</em>
- <em>Velocity is the rate and direction of an object's movement.</em>
- <em>Velocity </em>is a vector quantity.
- <em>Formula is d= s/t.</em>
c. Work and power
Work :-)
- <em>Work is defined as the process of energy transfer to the motion of an object through the application of force.</em>
- <em>Work is a scalar quantity. </em>
- <em>The SI unit of work is Joule (J).</em>
Power :-)
- <em>Power is defined as the amount of energy transferred in unit time. </em>
- <em>Power is a scalar quantity.</em>
- <em>The SI unit of power is Watt (W).</em>
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