The exact amount of energy available from each ATP (a part of the energy is lost as heat) is approximately

Question

The exact amount of energy available from each ATP (a part of the energy is lost as heat) is approximately (A) 7 K. calories (B) 10 K. calories (C) 5 K. calories (D) 15 K. calories.

Tardigrade Admin · Accepted Answer

: One ATP molecule stores 7 Kcal (approx) of energy. The reaction of hydrolysis of ATP are- ATP+H2O-ADP+H3PO4+ energy (7 Kcal) The energy so released is a measure, of transfer energy capacity of ATP.

Q. The exact amount of energy available from each ATP (a part of the energy is lost as heat) is approximately

7 K. calories

10 K. calories

5 K. calories

15 K. calories.

: One ATP molecule stores 7 Kcal (approx) of energy. The reaction of hydrolysis of ATP are- $A TP + H_{2} O - A D P + H_{3} P O_{4} +$ energy (7 Kcal) The energy so released is a measure, of transfer energy capacity of ATP.

Q. The exact amount of energy available from each ATP (a part of the energy is lost as heat) is approximately

7 K. calories

10 K. calories

5 K. calories

15 K. calories.

: One ATP molecule stores 7 Kcal (approx) of energy. The reaction of hydrolysis of ATP are- ATP+H2​O−ADP+H3​PO4​+ energy (7 Kcal) The energy so released is a measure, of transfer energy capacity of ATP.

: One ATP molecule stores 7 Kcal (approx) of energy. The reaction of hydrolysis of ATP are- $A TP + H_{2} O - A D P + H_{3} P O_{4} +$ energy (7 Kcal) The energy so released is a measure, of transfer energy capacity of ATP.