The potential energy (y) curve for H2 formation as a function of internuclear distance (x) of the H atoms is shown below The bond energy of H2 is :

Question

The potential energy (y) curve for H2 formation as a function of internuclear distance (x) of the H atoms is shown below <img class="img-fluid question-image" alt="image" src="https://cdn.tardigrade.in/img/question/chemistry/05f71b1bc2a3e32ed8e506097c3565cb-.png" /> The bond energy of H2 is : (A) (b-a) (B) ((c-a)/2) (C) ((b-a)/2) (D) (c-a)

Tardigrade Admin · Accepted Answer

As per the given curve bond energy is the amount of energy is released during the bond formation is i.e. = Final - Initial =b-a

Q. The potential energy $(y)$ curve for $H_{2}$ formation as a function of internuclear distance $(x)$ of the $H$ atoms is shown below

The bond energy of $H_{2}$ is :

$(b - a)$

$\frac{( c - a )}{2}$

$\frac{( b - a )}{2}$

$(c - a)$

As per the given curve bond energy is the amount of energy is released during the bond formation is
i.e. = Final - Initial
$= b - a$

Q. The potential energy (y) curve for H2​ formation as a function of internuclear distance (x) of the H atoms is shown below The bond energy of H2​ is :

(b−a)

2(c−a)​

2(b−a)​

(c−a)