There are no choices provided, however the correct answer regarding the result of taking diuretics is that they can cause a person to lose water weight quickly and it can be harmful because it might dehydration or potassium depletion.
Diuretics refer to drugs that lead to diuresis or excess production of urine. When a person takes a diuretic, he or she will need to urinate very frequently, leading to a loss of body weight caused by water loss. However, the "water weight" that is lost is just temporary, and is not the same as fat loss- which is more enduring. Furthermore, too much water loss in the body can lead to a potassium deficiency, which can be harmful, because potassium is an essential mineral for optimal body functioning.
The answer that you're looking for is D.
Since Sandra is not moving for an entire week, she will gain more weight. She ate 2,000 calories, but only burned 1,200 calories. Even though she burned all those calories, the number of intake calories is still higher.
Hence, the answer to your questions is D.
Hope this helps! <3
B.mistrust
C.shame
D.inferiority
b. It decreases your resting heart rate.
c. It increases your intelligence.
d. It decreases your lung capactiy.
The correct statement about regular exercise is that "it decreases your resting heart rate"
In conclusion, the correct option is B.
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Answer:
oxygen
Explanation:
Oxygen is the specific substance needed for muscle activity that is delivered to muscles most effectively as a result of increased heart rate.
The control of heart rate (HR) during rest and exercise is a good indicator of the level of intensity at which the heart is working and is an important information about a person's health status. The heart muscle will respond directly to the body's need for oxygen and blood flow at different times in life, both to perform an exercise of a certain level of intensity and during periods of illness or external need, in which the body responds by sending blood flow to the muscles and / or organs that require blood and O2 supply. Heart rate is an important part of different physiological variables. For example, cardiac output forms with the stroke volume. Heart rate is also part of the double product.