Answer: tips
Explanation: write a paragraph why that is a problem, write another paragraph on how to solve it. Lastly make it a good readable essay.
Based on the <em><u>simple model of motivation</u></em>, the next step after you choose a type of behavior you think might satisfy the need is "<u>Rewards</u>."
This is because the <u>Simple model of motivation</u> is a type of motivation that follows the conventional process when individuals are trying to get a task done.
A <em><u>simple model of motivation</u></em> usually pass through the following stages sequentially:
- Unfulfilled need
- Unfulfilled needMotivation
- Unfulfilled needMotivationBehaviors
- Unfulfilled needMotivationBehaviorsRewards
Thus, when a specific behavior has been decided to satisfy the needs, the next step the follows is "<u>Rewards</u>."
The behaviors can be intrinsic behavior or extrinsic behavior. Similarly, the rewards can be intrinsic rewards or extrinsic rewards. Rewards let the individuals know whether the behavior used is suitable or not.
Hence, in this case, it is concluded that the correct answer is <u>Rewards</u>.
Learn more here: brainly.com/question/21711827
Answer:
hormonal stress theory of aging
Explanation:
Hormonal stress theory of aging asserts that as an individual ages, the brains ability to regulate hormones reduces which results in metabolic problems. It is also noted that stress is the reason for the reduced functioning of the brain and that in stressful times, the brain continues to release cortisol which ultimately causes the brain to stop functioning early and thus can lead to early death.
<span>Trained athletes tend to have "low" heart rates and "high" stroke volumes than non athletes at rest..
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Athlete's hearts are in reality more productive or efficient and along these lines don't need to function as hard as a non-athlete. An athlete has a bigger stroke volume which implies that they don't need to pump as frequently to accomplish the required cardiovascular yield. Aerobic training brings down the heart rate and expands stroke volume without changing cardiovascular yield at rest or for a given exercise power speaking to an economization of heart function.
