Answer:
The statement 'If the reactions of A⟶D are rearranged, they become non spontaneous.' is false
Explanation:
Step 1: Data given
Reaction 1 (A⟶B) has a ΔG=+3 kJ/mol
Reaction 2 (B⟶C) has a ΔG=−6kJ/mol
Reaction 3 (C⟶D) has a ΔG=+1 kJ/ mol.
Step 2:
To be spontaneous ΔG should be negative (ΔG<0)
For reaction A⟶D; ΔG = 3kJ/mol -6kJ/mol + 1 kJ/mol = -2 kJ/mol
This means for the reaction A⟶D; the reaction is spontaneous
This means for the reaction D⟶A; ΔG = 2kJ/mol, so the reaction is non-spontaneous
For reaction 1 and 3 the reaction is ,non-spontaneous (but the reverse reaction is). Reaction 2 is driving reactions 1 and 3 forward. A⟶D is thermodynamically spontaneous.
The statement 'If the reactions of A⟶D are rearranged, they become non spontaneous.' is false
To increase the pressure inside the container at constant temperature, the student will have to push down the gas piston. This will result in a decrease in the volume occupied by the gas molecules. This observation is also stated by Boyle's Law wherein he states that at constant temperature, pressure and volume are inversely proportional to each other. Thus, the row of the table that should be filled with the corresponding observation is <span>b.row 1, volume decreases when pressure increases. </span>
Answer:
polypeptide
Explanation:
if its in odyssey ware chemistry
<span> the part separating two chambers, such as that between the nostrils or the chambers of the heart</span>
They are organized into crystals hope i helped