Answer:
Increase to 1.1 g/kg of body weight.
Explanation:
The gestation period in human being is nine months. After the full development of fetus- the parturition results out the fetus from the mother's womb.
The body of the mother needs extra protein and nutrients during the gestation period for the proper development of the fetus. The protein requirement of the mother during the gestation period is fulfilled by the increases of the 1.1 g of protein by increases in the body weight.
Thus, the correct answer is option (c).
Answer:
presence of cells
Explanation:
All living things are composed of cells. A cell can be defined as a complex biological arrangement that has all the structures and materials required for life. Cells carry out specialized functions such as, for example, metabolic functions to convert nutrients from food into energy (ATP), and reproduce by mitosis and/or meiosis. Thus, the cell is known to be the basic unit of life.
Glucose is different from glycogen as Glucose is used immediately for energy in the cell while glycogen is stored in the liver for later use as energy. Thus, the correct option is A.
<h3>What is Glycogen?</h3>
Glycogen may be defined as the reserved form of glucose that is constructed up of many interconnected glucose molecules.
When the cell needs immediate energy to accomplish metabolism, they directly use glucose for it, but while energy is not needed by the cell, then glucose is stored in the liver and muscles in the form of glycogen.
Therefore, Glucose is different from glycogen as Glucose is used immediately for energy in the cell while glycogen is stored in the liver for later use as energy. Thus, the correct option is A.
To learn more about Glycogen, refer to the link:
brainly.com/question/4303062
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Taiga has a precipitation of 300 to 900
Answer:
(a) Outside the Cell
(Is the opposite of what takes place inside the cell)
[Na+] high
[glucose] low
(b) For glucose-sodium cotransporter
{glucose} down
{Na+} down
1. {Na+}
flows downward to its electrochemical gradient.
2. {Glucose}
flows across its concentration gradient.
(c) Inside the cell
(Is the opposite of what takes place outside the cell)
[Na+] low
[glucose] high
