A DIATOMIC MOLECULE X2 DISSOCIATES INTO ATOMS AFTER ABSORBING A LIGHT OF 4000 A IF ONE QUANTUM OF RADIATION - Chemistry - Atomic Structure

Question

A DIATOMIC MOLECULE X2 DISSOCIATES INTO ATOMS AFTER
ABSORBING A LIGHT OF 4000 A IF ONE QUANTUM OF RADIATION IS ABSORBED
BY EACH MOLECULE, THE CALCULATE THE KINETIC ENERGY OF X ATOMS
GIVEN: BOND ENERGY OF X2= 250 KJ MOL^-1

Akanksha C. · Accepted Answer

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A DIATOMIC MOLECULE X2 DISSOCIATES INTO ATOMS AFTER ABSORBING A LIGHT OF 4000 A. IF ONE QUANTUM OF RADIATION IS ABSORBED BY EACH MOLECULE, THE CALCULATE THE KINETIC ENERGY OF X ATOMS. GIVEN: BOND ENERGY OF X2= 250 KJ MOL^-1

A DIATOMIC MOLECULE X₂ DISSOCIATES INTO ATOMS AFTER ABSORBING A LIGHT OF 4000 A. IF ONE QUANTUM OF RADIATION IS ABSORBED BY EACH MOLECULE, THE CALCULATE THE KINETIC ENERGY OF X ATOMS.
GIVEN: BOND ENERGY OF X₂= 250 KJ MOL^-1