Question

How many ATP molecules would be hydrolysed to provide 1098 kJ energy for completion of an endothermic process in the cell?
$a)36 \\ b)34 \\ c)32 \\ d)30$
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Answer 1

36 molecules of ATP molecules would be hydrolysed to provide 1098 kJ energy for completion of an endothermic process in the cell.

Explanation:

ATP gets hydrolyzed into ADP and inorganic phosphate Pi.

ATP gets hydrolysed to provide energy by various metabolic processes in the body.

When 1 mole of ATP hydrolyses it releases 30.5 KJ of energy.

so, when 1098 kJ is there it means

$\frac{1098}{30.5}$

= 36 ATPs

36 molecules of ATP would hydrolyse to provide energy for the endothermic reaction to occur in the cell.

ATP hydrolysis is a reversible process. The reformation of ATP requires energy.

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