Express your answer briefly, not more than 30 words. Express your answer in your own words.  What is the metabolic basis for the observation that many adults cannot ingest large quantities of milk without developing gastric difficulties?

Describe with detail the chemical reactions of 5 proteins that are involved in human metabolic disorders. Explain in detail the interaction mechanisms with their corresponding substrates, their reaction mechanisms, and chemical regulations.

Multiple Choice. Sources of chemical potential energy in the body include: Select One or More a. Carbohydrate b. Protein c. Fat d. CO2 e. Oxygen

In a fatty acid, the shorter the carbon chain, the more solid the fatty acid becomes. True False

Give Detailed Solution with explanation...(no need Handwritten)

Select all that apply. What are the functions of ATP?

- Lactose is a sugar found in milk and other dairy products. Explain how it is broken down in most individuals. Explain lactose “intolerance” - Explain, with the use of a diagram how soap molecules work to clean “dirt” particles.

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Fill in the blanks. Write your answer as a range of calories. For example, if the answer is 400-700, write the answer exactly as 400-700. Don't add any spaces or extra characters. If your estimated energy requirements are 2000 kcal per day, you should be getting 900-1300 kcal/day from carbohydrates, 200-700 kcal/day from fat. kcal/day from protein, and 100-120

atoms. 12 hydrogens, 6 oxuger Click or tap here to enter text.C atoms. 12) Back to the person who ate 300 grams of glucose, how many moles of glucose is this? Click or tap here to enter text. There are 2 moles. 13) If a person were to eat this much glucose all at once (that is a lot of sugar) and all this sugar enters the blood then the person's blood sugar concentration would rise. Imagine that all this glucose is released into the 5 liters of blood that circulate in this person. What would be the molarity of glucose in the blood? Click or tap here to enter text. 14) After each of these glucose molecules enter the blood they are uptaken through cell membranes to enter cells. Within these cells glucose is broken down in a series of steps releasing carbon dioxide along the way. For every molecule of glucose broken down how many molecules of carbon dioxide are created? Refer to the cellular respiration equation: Equation for Cellular Respiration: How to break down a carb C6H12O6 + 60₂ ➜…