Answer:
(D) retrieval cue
Explanation:
Retrieval cue: In psychology, the term "retrieval cue" is described as a prompt that assist an individual to remember different things. When an individual tends to make specific new memories then he or she ought to include a few information related to the given situation as well in which those memories are being developed so that it acts as a trigger to approach the given memories.
Retrieval cues help an individual to approach memories that are being stored in his or her long-term memory and therefore helps to carry-out those memories into his or her "conscious awareness".
In the question above, the picture served as a powerful retrieval cue.
Answer:
Carl Jung was the Swiss psychologist and psychiatrist who founded analytic psychology. His work has been influential in psychiatry and in the study of religion, literature, and related fields.
Explanation:
The answer is peripheral route of persuasion in which an
individual most likely put consideration to his or her decision about a certain
information or product that he or she feels that it is something she or he can
be influenced with or attain because of the other party’s behavior that
affected him or her.
Answer:
A. He piloted the lunar module of Apollo 7.
Explanation:
honest; i guessed when i made an answer, and i got it right :) . sorry, no explanation.
have a good one <3
Answer:
It is because avoiding slamming the brakes will allow us to stop in a shorter distance as compared to the distance in which the vehicle stops if we slam the brakes.
Explanation:
When we apply the brakes in our vehicle by slamming them the car stops while sliding or we can say that the force that stops the car is the kinetic friction that sets up between the ground the tires of the car. While as when the wheels are turning as opposite to sliding the force that is involved in the deceleration of the car is the static friction. The force of static friction is greater than the force of kinetic friction as the coefficient of static friction between the tires of the car and the road is greater than the coefficient of kinetic friction. This larger force stops the car in a shorter distance.
