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Consider the given figure showing the f...

Consider the given figure showing the formation of `H_(2)^(+)` ion depending on intermuclear distance versus potential energy of the system.

A

Curve-1 represents the most stable state of the system for `H_(2)^(+)`

B

Curve-2 represents the most stable state of the system for `H_(2)^(+)`

C

Curve-1 indicates that the molecular hydrogen ion is formed

D

Curve-2 represents the energy level of the antibonding region

Text Solution

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The correct Answer is:
B
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Knowledge Check

  • Consider the given figure showing the formation of H_(2)^(+) ion dependin on internuclear distance versus potential energy of the system Which is correct statement :

    A
    Curve-1 represents the most stable state of the system for `H_(2)^(+)`
    B
    Curve-2 represents the most stable state of the system for `H_(2)^(+)`
    C
    Curve-1 indicates that the molecular hydrogen ion is formed
    D
    Curve-2 represents the energy level of the antibonding region

  • Consider the given figure showing that possible levels of the energy of H_(2)^(+) ion depending on internuclear distance versus potential energy of the system. It may be easily assumed that the ground state of the molecular hydrogen ion H_(2)^(+) corresponds to the lowest level which means that

    A
    curve 1 represents the most stasble state of the system for `H_(2)^(+)` ion
    B
    curve 2 represents the most stable state of the system of `H_(2)^(+)` ion
    C
    data is insufficient
    D
    None of these

  • During bond formation, potential energy of the system

    A
    Increases
    B
    Decreases
    C
    Remains the same
    D
    Can't tbe predicted

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