Answer:
110 Cal
Explanation:
90 Cal from fats and 20 from carbohydrates
The concentration of the solute in the solution affects osmosis especially in the value of the osmotic pressure since they are directly related. An increase in concentration will also result to an increase in the osmotic pressure and vice versa. It is <span>the minimum </span>pressure<span> which needs to be applied to a solution to prevent the inward flow of water across a semipermeable membrane.</span>
Answer:
Substance 3
Cuz I am start Jp Im not I looked it up
The type of carbohydrate which aids in removal of waste are dietary fibers, complex type of carbohydrate. During processing, food with complex carbs such as wheat or kernel retain its nutrients. These food types are slowly digested throughout the body. Their high nutrient content helps in digestion while preventing gut-associated discomforts, and allows smooth removal of waste as well as other toxins.
The body's chemical buffer system consists of three individual buffers: the carbonate/carbonic acid buffer, the phosphate buffer and the buffering of plasma proteins. While the third buffer is the most plentiful, the first is usually considered the most important since it is coupled to the respiratory system.
Carbonic acid (H2CO3) is a weak acid and is therefore in equilibrium with bicarbonate (HCO3-) in solution. When significant amounts of both carbonic acid and bicarbonate are present, a buffer is formed. This buffer system can be written as:
H2CO3 + H2O  H3O+ + HCO3-
Under normal circumstances there is much more bicarbonate present than carbonic acid (the ratio is approximately 20:1). As normal metabolism produces more acids than bases, this is consistent with the body's needs. The blood, with its high base concentration, is able to neutralize the metabolic acids produced. Since relatively small amounts of metabolic bases are produced, the carbonic acid concentration in the blood can be lower.
Since carbonic acid is not stable in aqueous solutions some of it decomposes to form carbon dioxide and water. The respiratory system is responsible for removing the carbon dioxide.
H2CO3  H2O + CO2
By combining the two reactions of carbonic acid we can write:
