<span>You need information that you haven't provided in the question. Perhaps your text has a table of ΔGof for these compounds. In that case,
ΔGorxn = Sum of ΔGof products - ΔGof reactants
Just plug in the values that you find and calculate the free energy change of the reaction</span>
Answer:
N3H12PO3
Explanation:
Step 1:
Data obtained from the question.
Nitrogen (N) = 31.57%
Hydrogen (H) = 9.10%
Phosphorus (P) = 23.27%
Oxygen (O) = 36.06%
Step 2:
Divide by their molar masses.
This is illustrated below:
N = 31.57/14 = 2.255
H = 9.10/ 1 = 9.1
P = 23.27/31 = 0.751
O = 36.06/16 = 2.254
Step 3:
Divide by the smallest number. This is illustrated below:
N = 2.255/0.751 = 3
H = 9.1 /0.751 = 12
P = 0.751 /0.751 = 1
O = 2.254/0.751 = 3
The empirical formula is N3H12PO3
The average human has between sixty trillion and ninety trillion cells, but there are also organisms that have only a single cell. So basically it depends on the type of organism, but the minimum amount of cells is one.
If they are underground they are closer to the earths core where it is hotter
The answer is leucine would be in the interior, and serine would be on the exterior of the globular protein.
The side chain (R group) of the amino acid serine is CH₂OH. The side chain of the amino acid leucine is CH₂CH(CH₃)₂. In globular protein, leucine found in the interior, and serine found on the exterior. The nature of side chain decides the amino acid position in the globular protein , as CH₂CH(CH₃)₂ this is hydrophobic and CH₂OH is hydrophlic.