Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol. THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE- LESS THAN DELTA(H) ZERO MORE THAN DELTA(H) EQUAL TO DELTA(H)

Question

Ramreddy · Answer

FOR AN ENDOTHERMIC REACTION THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE MORE THAN DELTA(H). option (3) is correct. &hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;.&hellip;...

Gaurav Tiwari · Answer

For endothermic reaction the forward activation energy is greater than the backward activation energy and for the reaction the value of delta H is positive hence the minimum amount of activation energy should be greater than the delta H of the reaction

ankit singh · Answer

endothermic reaction the forward activation energy is greater than the backward activation energy and for the reaction the value of delta H is positive hence the minimum amount of activation energy should be greater than the delta H of the reaction

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Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol. THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE- LESS THAN DELTA(H) ZERO MORE THAN DELTA(H) EQUAL TO DELTA(H)

Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol.
THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE-

LESS THAN DELTA(H)

ZERO

MORE THAN DELTA(H)

EQUAL TO DELTA(H)

3 Answers

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Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol. THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE- LESS THAN DELTA(H) ZERO MORE THAN DELTA(H) EQUAL TO DELTA(H)

Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol.THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE- LESS THAN DELTA(H) ZERO MORE THAN DELTA(H) EQUAL TO DELTA(H)

3 Answers

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Q. FOR AN ENDOTHERMIC REACTION WHERE DELTA(H) REPRESENTS THE ENTHALPY OF THE REACTION IN KJ/mol.
THE MINIMUM VALUE OF ACTIVATION ENERGY WILL BE-

LESS THAN DELTA(H)

ZERO

MORE THAN DELTA(H)

EQUAL TO DELTA(H)