Standard reduction electrode potential of three metals A, B and C are respectively + 0.05 V, - 3.0 V and -1 .2 V. The reducing powers of

Question

Standard reduction electrode potential of three metals A, B and C are respectively + 0.05 V, - 3.0 V and -1 .2 V. The reducing powers of (A) B > C > A (B) A > B > C (C) C > B > A (D) A > C > B

Tardigrade Admin · Accepted Answer

Higher the R.P., easier to reduce hence better O. A. Thus species with higher reducing power (better R.A.) has a lower R.P. Therefore, correct order of reducing power is B > C > A

Q. Standard reduction electrode potential of three metals A, B and C are respectively + 0.05 V, - 3.0 V and -1 .2 V. The reducing powers of

B > C > A

A > B > C

C > B > A

A > C > B

Higher the $R . P .$ , easier to reduce hence better $O . A .$ Thus species with higher reducing power (better $R . A$ .) has a lower $R . P$ . Therefore, correct order of reducing power is
$B > C > A$

Q. Standard reduction electrode potential of three metals A, B and C are respectively + 0.05 V, - 3.0 V and -1 .2 V. The reducing powers of

B > C > A

A > B > C

C > B > A

A > C > B

Higher the R.P., easier to reduce hence better O.A. Thus species with higher reducing power (better R.A.) has a lower R.P. Therefore, correct order of reducing power is B>C>A

Higher the $R . P .$ , easier to reduce hence better $O . A .$ Thus species with higher reducing power (better $R . A$ .) has a lower $R . P$ . Therefore, correct order of reducing power is
$B > C > A$