Answer:
Okay the first thing is having peace in life and having good health
Explanation:
Because eating only nutrition is not only the important thing
a person can learn how to take care of life , we know that the life is very important thing
Answer:
4875/12927.
Explanation:
The cardiac output may be defined as the product of the heart rate and the stroke volume.
Cardiac output= stroke volume ×heart rate
The cardiac output at rest can be calculated as follows:
The stroke volume at rest is 75 and the heart rate is 65.
Cardiac output = 75×65
Cardiac output = 4875
.
The cardiac output after exercise can be calculated as follows:
The stroke volume has been increased by 24%.
Final stroke volume = 75 × 24/100 + 75
Final stroke volume = 93.
Heart rate = 139.
Cardiac output = 139×93
Cardiac output = 12927
.
Thus, the answer is 4875/12927.
<span>Two of the nitrogenous bases present in DNA (Guanine and Adenine) contain two rings and thus are much larger than the other two (Cytosine and Thymine), which have only one.
Nitrogenous bases with two rings (such as G and A) are known as PURINES, whereas nitrogenous bases with a single ring (such as C and T) are known as PYRIMIDINES.
A stable DNA structure is formed ONLY when the two strands are a constant distance
apart which ONLY happens when a PURINE (G or A) on one strand is paired with a PYRIMIDINE (C or T) on the other strand. The strands would have to move much further apart to permit a purine to pair with another purine and would have to move much closer together to permit a pyrimidine to pair with a pyrimidine.
(Source: https://www.amherst.edu/system/files/media/1536/ModGen_1C_TP.pdf )</span>
Answer:
Bulimia nervosa
Explanation:
Bulimia is when a person binge eats and then makes themselves vomit afterwards
Answer:
Homeostasis maintains optimal conditions for enzyme action throughout the body, as well as all cell functions. It is the maintenance of a constant internal environment despite changes in internal and external conditions. In the human body, this includes the control of: blood glucose concentration.