Why is `Cr^(2+)` reducing and `Mn^(3+)` oxidising when both have `d^4` configuration?...

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Why is Cr^(2+) reducing and Mn^(3+) oxidising when both have d^(4) configuration ? | 12 | The d... Why is Cr^(2+) reducing and Mn^(3+) oxidising when both have d^(4) configuration ? | 12 | The d...
Why is `Cr^(2+)` reducing and `Mn^(3+)` oxidising when both have `d^(4)` configuration ? Why is `Cr^(2+)` reducing and `Mn^(3+)` oxidising when both have `d^(4)` configuration ?
Q. Why Cr+2 is reducing in nature but Mn+3 is oxidising in nature with same d4 configuration ? Q. Why Cr+2 is reducing in nature but Mn+3 is oxidising in nature with same d4 configuration ?
Why Cr 2+ is reducing and Mn 3+ is oxidising when both have d4 config? | d & f block class 12 Why Cr 2+ is reducing and Mn 3+ is oxidising when both have d4 config? | d & f block class 12
Why is Cr2+ reducing and Mn2+ oxidising when both have d4 configuration Why is Cr2+ reducing and Mn2+ oxidising when both have d4 configuration
Why Cr2+ is strongest reducing agent than Fe2+ ? Why Cr2+ is strongest reducing agent than Fe2+ ?
Why is Cr2+ reducing and Mn3+ oxidising when both have d4 configuration? Why is Cr2+ reducing and Mn3+ oxidising when both have d4 configuration?
Assertion : Cr^(2+) is reducing and Mn^(3+) is oxidising. Reason : Cr^(2+) and Mn^(3+) have d^4 ... Assertion : Cr^(2+) is reducing and Mn^(3+) is oxidising. Reason : Cr^(2+) and Mn^(3+) have d^4 ...