`IO_(3)^(-)+I^(-)+H^(+) to`

Calculate the mole coefficient of H^(+) in the balanced equation. IO_(3)^(-) +I^(-)+H^(+) overset(OH^(-))rarr I_(2)+H_(2)O .

Complete the following reactions (1) NaCI + MnO_(2) + H_(2)SO_(4) to (2) NaNO_(2)+ HCI to (3) 1 IO_(3)^(-) + I^(-) + H^(+) to I_(2) + S_(2)O_(3)^(2-) to P_(4) + NaOH + H_(2)O to (6) AgNO_(3) + PH_(3) to (7) Mg + HNO_(3) to (8) KCIO_(3) overset(Delta)to (9) Cu + overset(" Hot cone")(H_(2)SO_(4))to (10) Sb + CI_(2) to

In the balanced chemical reaction, IO_(3)^(-)+a I^(-)+ b H^(+) to c H_(2)O+d I_(2): The coefficients a, b, c and d respectively correspond to

Complete the following reactions . IO_(3)^(-)+I^(-)+H^(+) rarr

Complete the following reaction: IO_3^(-)+ I^(-)+ H^(+) rarr

Balance the following chemical equation by ion electron method. IO_3^(-) +I^(-) +H^(+) rarr I^2+H_2O .

The coefficients of I^(-), IO_(3)^(-) and H^(+) in the balanced redox reaction, I^(-) + IO_(3)^(-) + H^(+ )to I_(2) + H_(2)O^(-) , are respectively