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The Value of DeltaG^(@) for the formati...

The Value of `DeltaG^(@)` for the formation of `Cr_(2)O_(3)` is `-"540KJ mol"^(-1)` and that of `Al_(2)O_(3)` is `-827"KJ mol"^(-1)`. Is the reduction of `Cr_(2)O_(3)` possible with Al ?

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The value of (Delta_(f)G^(@)) for formation of Cr_(2)O_(3) is -"540kJ.mol"^(-1) and that of Al_(2)O_(3) is -"827kJ.mol"^(-1) . Is the reduction of Cr_(2)O_(3) possible with Al?

The value of Delta_(f)G^(@) for the formation of Cr_(2)O_(3) is-540 kJ "mol"(-1) and that of Al_(2)O_(3) is - 827 kJ mol-¹. Is the reduction of Cr_(2)O_(3) possible with Al?

The value of Delta_(f)G^(@) for formation Cr_(2)O_(3) is -540 kJ mol^(-1) and that of Al_(2)O_(3) is -827 kJ mol^(-1) . Is the reduction of Cr_(2)O_(3) possible with aluminium?

The value of Delta_f G^@ for the formation of Cr_2 O_3 is -540 KJ mol^(-1) and that of Al_2 O_3 is -827 KJ mol^(-1) . Is reduction of Cr_2 O_3 possible with Al ?

The value of Delta_fG^(Theta) for formation of Cr_2 O_3 is – 540 kJ "mol"^(-1) and that of Al_2 O_3 is – 827 kJ "mol"^(-1) . Is the reduction of Cr_2 O_3 possible with Al ?