Answer:
The answer is: social role theory.
Explanation:
Harry's beliefs and expectations about the responsibilities of men can best be explained by the social role theory. This theory, developed by psychologist Alice Eagly in the 1980s, argues that gender stereotypes are a consequence of the division of labor, which stated that men were more fit and prepared to perform jobs in the public world -in politics, army, security, etc. And confined women to the private world of the household, or in jobs related to the service and care of others -in education, nursing, cleaning, etc.
This division of labor is based in the belief that men and women have different physical and mental capacities, therefore, they can only perform the tasks and jobs asigned to their gender. According to social role theory, gender stereotypes derived from the division of labor are still present to this day, which is why Harry believes that men have the responsibility to defend their country, being braver and stronger than women.
Answer:
There is no short answer.
Explanation:
Underdamped motion can be described as the type of motion where if the system is affected by a force, the oscillations of the movement slowly decreases until it reaches to an equilibrium. An example the underdamped motion can be a door that automatically closes with the help of a spring. If underdamped, the door swings back and forth until it stops.
Critically damped motion can be described as where the system does not oscillate and returns to its equilibrium as quickly as possible. Going with the door example, if the system is critically damped, the door closes as soon as it is released and does not move anymore.
Overdamped motion can be described as where the system again does not oscillate and returns to its equilibrium point but does so more slowly than the critically damped system. This time the door closes without swinging but its motion is much slower compared to the previous example.
Resonance can be described as a force or a wave of any kind overlapping with another with the same frequency and therefore amplifies the original amplitude of the force or wave. An example to this concept can be a swing, when pushed at the same frequency, its motion becomes bigger.
Answer: The reading on the scale will decrease as the elevator descend.
According to Newton's second law of motion which explains that the rate of change of the momentum of a body is directly proportional to, and in the same direction as, the net force acting on it.
In essence as a body moves towards ground, it weighs less and even weighs more upon impact with the ground.
If peradventure, the whole system is in free fall, you, the elevator and the scale will weigh nothing at all.
