Answer: Water certainly does have calories!!
Answer:
1. 45.9 to 62 kg.
2. 82.72 %
Explanation:
1. We have to find out Mr. Swanson's body weight by calculating his body mass index.
From body mass index or BMI = weight of the person in kg / height in meter
BMI = 41.36/ 1.5748
= 41.36 /2.47999504
= 16.67
The normal range of BMI is 18.5 to 24.9. So, Ms. Swanson's desirable body weight would be 45.9 to 62 kgs.
2. Mr. Swanson's percent ideal body weight:
= 
Now calculating the ideal body = 45.5 kg + 2.3 kg for each inch above 5 feet
Ideal body weight (IBW) = 45.5 + 2.3 x 2
= 50 kg
Now calculating the percentage ideal body weight
= 
= 0.8272 x 100
= 82.72 %
The normal range of percentage ideal body weight lies between 90 - 100 percent. Thus, the percentage ideal body weight of Mr. Swanson is low.
3. Some of the physical signs that can be seen in the patient when the patient is dehydrated are :
i). Dry skin
ii). weight loss
iii). thirsty
iv). pale skin color
v). fatigue
vi). tiredness
vii). dizziness
4. The transthyretin of Mr. Swanson is quite low and it indicates malnutrition. His transthyretin is about 15mg/dl. Thus he require proper diet planning and modifications.
5. Mr. Swanson must take in high calorie food and should consume plenty of water. She should also include fibers in her food intake. Mr. Swanson should consult a nutritionist or a dietitian who could properly guide her and make a food chart that includes daily intake of nutritious and protein rich food.
6. For increasing the food intake, Mr. Swanson must follow a healthy diet. He should take small servings but many times a day. Also exercising and drinking plenty of water will increase his food intake and will keep him healthy.
I think it is letter h your welcome
The independent variable is a variable that represents a quantity being manipulated in an experiment, the control group will be the group that did not hear the music, and the experimental group the group that heard the song.
<h3>Independent variable</h3>
An independent variable is a variable that represents a quantity being manipulated in an experiment.
xxx is often the variable used to represent the independent variable in an equation.
<h3>Dependent variables</h3>
A dependent variable represents a quantity whose value depends on how the independent variable is manipulated.
yyy is often the variable used to represent the dependent variable in an equation.
<h3>Confounding variable</h3>
It is a variable that influences both the dependent variable and the independent variable, causing a spurious association. The confounding variable is a causal concept and as such cannot be described in terms of correlations or associations.
With this information, we can conclude that, The control group are people who have not heard the music, the experimental group are those who heard the music, and the hypothesis is that music can change people's heart rate.
Learn more about Song in brainly.com/question/900187
Answer:
heart disease and stroke and type two diabetes
Explanation: