The water needed to process protein varies, but a commonly cited estimate is that it takes about 7-8 grams of water to metabolize 1 gram of protein. Therefore, for 36 grams of protein, you would use approximately 252-288 grams (or milliliters) of water. This calculation can vary based on individual factors, including metabolic efficiency and overall hydration levels.
To find the number of water molecules in 36g of water, you first need to convert grams to moles using the molar mass of water (18g/mol). Then you can use Avogadro's number (6.022 x 10^23) to find the number of molecules in one mole of water. Finally, you multiply the number of moles by Avogadro's number to get the total number of water molecules in 36g.
1 mole of water is 18g. 36g of water is thereforeequivalent to 2 moles. 2 moles of water contains 4 moles of hydrogen and 2 moles of oxygen and so there are6 moles of atoms in 2 moles of water. 6 moles of atoms x (3.6x10^24) = 36.1x10^24 atoms
Yes, on the bag I have there are 3g of protein in 1/4 cup of flour. A typical loaf of bread uses 3 cups, so 36g of protein in a loaf of bread.
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Fresh Pair is an online store that sells a wide selection of bras including the 36g size. They sell 175 bras in the 36g size range. Bare Necessities also sells 36g bras. They have around 250 different 36g bra options.
It is 2x6.023 x 1023
What an odd question. Well, whatever. The question shows that 1/9 of the solution is hydrogen. So it must be said that 8/9 is water (assuming the sample comprises solely of hydrogen and water)36/9 = 44 x 8 = 32So 32g of it is oxygen.
To find the mass of water decomposed, we first need to calculate the total mass of the products formed, which is 4g (hydrogen gas) + 32g (oxygen gas) = 36g. The original mass of water decomposed is equal to the total mass of products formed, so 36g of water is decomposed.
36g
36G
36g = 1.27oz
36 grams is 0.08 pounds.