1. Statement A is true.
When GTP is hydrolysed, the free energy of hydrolyses is used to power or drive reactions that are favourable energetically.
2. Statement B it true.
ATP is a complex chemical that gives energy for the activities in many living cells. During hydrolyses, chemical energy stored in the energy-rich phosphoanhydride is released. Hence its a common source of chemical energy in cells.
3. Statement C is false.
The hydrolyses of ATP to ADP in the presence of phosphate, releases one mole of ATP which is estimated to be -57Kj/mol not 14Kj/mol. Below is the equation;
ATP + H20 -----> ADP + Pi + Free energy.
4. Statement D is false.
GTP stands for guanosine triphosphate.
ATP stands for adenosine triphosphate
ADP stands for adenosine diphosphate.
Answer:
The answer to your question is: Chemical change
Explanation:
Chemical Change is a change where substances change their properties because new substances are obtain. This is the right answer.
Compressibility
is a property in which a substance is compressed but it continous being the being so this answer is wrong.
Malleability is a property in whcih substances are flattened into thin sheets but they don't change their properties. This answer is wrong.
Physical Change is a change in which a substance changes its physical state but the properties are the same than the original substance, this answer is wrong.
I think it’s “light energy to chemical energy” let me know if i’m wrong
Answer:
Final volume = 0.42 cubic meters
Explanation:
The question is incomplete. The initial conditions are
Initial temperature ,
= 310 K
Initial volume ,
= 0.5 cubic meter
Number of moles = 2.5
Since, from the ideal gas equation we get,
PV = nRT
P 
= 12886.7 Pa
Final pressure= 15464.04 Pa
Since temperature is constant,
PV = constant

V = 0.42 cubic meters.
Hence final volume = 0.42 cubic meters
Answer: The volume is decreasing at a rate of 80 cm3/min
Explanation: Please see the attachments below