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(B) The potential energy diagram for the formation of $H^{+}_2$ ion shows two curves.$Curve-2$ shows a minimum in potential energy at a specific inter

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$Curve-2$ represents the most stable state of the system for $H^{+}_2$ ion

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(B) The potential energy diagram for the formation of $H^{+}_2$ ion shows two curves.$Curve-2$ shows a minimum in potential energy at a specific internuclear distance,which corresponds to the formation of a stable bonding molecular orbital.$Curve-1$ shows a continuous increase in potential energy as the internuclear distance decreases,which corresponds to an antibonding molecular orbital where no stable bond is formed.Therefore,$Curve-2$ represents the most stable state of the system for $H^{+}_2$ ion,as it shows the energy minimum required for bond formation.

Consider the given figure showing the formation of $H^{+}_2$ ion depending on internuclear distance versus potential energy of the system.
Which is the correct statement?

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Consider the given figure showing the formation of $H^{+}_2$ ion depending on internuclear distance versus potential energy of the system.Which is the correct statement?