0. there is no x so the line doesnt increase or decrease
Answer: c. Restricted in fat to prevent steatorrhea
Explanation:
Cystic fibrosis is a disease which is inherited by the children from their parents genetically. It affects the digestive as well as the respiratory system of the body. It makes the person sick leads to the disrupting functioning of the epithelial cells. The epithelial cells are responsible for making up the sweat glands in the skin, lining of the lungs, digestive and reproductive organs of the body.
The following are the diets which should be taken by the patients of cystic fibrosis.
a. High in calories to prevent malnutrition: A patient may require high calories even in minor infection as the disease is exhausting and can create weakness in the body.
b. Includes liberal salt usage to replace electrolytes: The patients with cystic fibrosis loose lot of salt in sweat, to maintain the electrolytic balance in the body salt content should be maintained in the diet.
d. Includes dietary supplements and shakes: Calcium present in the diary products and shakes will provide strength to the bones.
c. Restricted in fat to prevent steatorrhea is the correct option. As the diet must contain fat content which can be utilized to produce instant energy in the body as the disease is exhausting.
D)independent
Explanation:
An independent variable is a variable that is changed to test the prediction in an experiment. Independent variables are the cause in an experiment. They are the ones that produces the effect.
- Changing independent variables produces different effects in an experiment.
- These effects are the dependent variables
- Independent variables do not depend on the outcome of the experiment.
- They are the ones that determines how a reaction proceed and what might likely happen.
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Experiment brainly.com/question/5096428
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Whereas in eukaryotic cells there are
<span>chloroplast (plastid) </span>
<span>Golgi apparatus </span>
<span>endoplasmic reticulum </span>
<span>vacuole </span>
<span>nucleus </span>
<span>Mitochondria </span>
<span>chloroplasts, </span>
<span>centriole </span>
<span>glycosome </span>
<span>glyoxysome </span>
<span>hydrogenosome </span>
<span>lysosome </span>
<span>melanosome </span>
<span>mitosome </span>
<span>myofibril </span>
<span>nucleolus </span>
<span>parenthesome </span>
<span>peroxisome </span>
<span>ribosome </span>
<span>vesicle </span>