Answer:
no one can help you with this I am sorry but this is easy from what it seems all you have to do is do those exercises and record it on that paper
For most young adults, a moderate-intensity activity is similar to brisk walking and a vigorous-intensity activity is like jogging
<h3>What is moderate-intensity activity?</h3>
Moderate-power action is generally comprised of activities that get your pulse up to half to 60% higher than its rate when you are very still.
"Various gatherings have somewhat various suggestions," says Travers. "Yet, by and large, they exhort 150 minutes of the week, or around 30 minutes five days every week, of moderate-force movement. In the activity world, we consider this whatever gets your pulse up to 50 to 60% higher than your resting pulse."
Learn more about moderate-intensity activity here:
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Answer:
Walter Cannon; Hans Selye.
Explanation:
The fight or flight response is generated in the body at the time of the stress condition of the body. The body bring some physiological changes to adapt in the stress condition.
Walter Cannon was the first scientists to discover and explain the phenomena of the flight and fight response. Hans Selye is known as the father of stress and explain the general adaptation syndrome and explain the change in physiological response during stress.
Thus, the correct answer is option (c).
Answer:
Both disorders are caused by defects in hormone receptors, instead of lack of the respective hormone
Explanation:
Androgen insensitivity syndrome is an X-chromosome-linked disorder in which a baby is unresponsive to male hormones (i.e., androgens) in the body. Androgen insensitivity is caused by mutations in genes that encode androgen receptors, thereby cells cannot respond to androgens (e.g., testosterone), which are required for male sexual development. Moreover, type 2 diabetes mellitus is a hormonal disorder observed in individuals that cannot respond to insulin, the main hormone that regulates the amount of glucose in the blood, and thereby individuals with this disorder exhibit elevated blood glucose levels. Mutations in the insulin receptor gene have also been identified in patients with type 2 diabetes. Therefore, both disorders are caused by defects in hormone receptors rather than from a lack of the respective hormone.
