`H_2O_2` is reduced by

Speed of decomposition of H_(2)O_(2) is reduced by :

Speed of decomposition of H_(2)O_(2) is reduced by :

Why the bond angle in solid phase of H_(2)O_(2) is reduced when compared to as phase of H_(2)O_(2) ?

Decomposition of H_2O_2 was studied by a titration against KMnO_4 solution. It was found that 0.4 mole of H_2O_2 was reduced to 0.2 mole in 20 minutes and to 0.1 mole in 40 minutes and to 0.05 mole after one hour. The order of reaction will be :

H_2O_2 is reduced rapidly by Sn^(2+). H_2O_2 is decomposed slowly at room temperature to yield O_2 and H_2O_2 . 136g of 10% by mass of H_2O_2 in water is treated with 100mL of 3M Sn^(2+) and then a mixture is allowed to stand until no further reaction occurs. The reactions involved are: 2H^(o+)+H_(2)O_(2)+Sn^(2+)toSn^(4+)+2H_(2) 2H_(2)O_(2)to2H_(2)O+O_(2) The equivalent of H_2O_2 reacted with Sn^(2+) is

H_2O_2 is reduced rapidly by Sn^(2+). H_2O_2 is decomposed slowly at room temperature to yeild O_2 and H_2O_2 . 136g of 10% by mass of H_2O_2 in water is treated with 100mL of 3M Sn^(2+) and then a mixture is allowed to stand until no further reaction occurs. The reactions involved are: 2H^(o+)+H_(2)O_(2)+Sn^(2+)toSn^(4+)+2H_(2) 2H_(2)O_(2)to2H_(2)O+O_(2) The equivalent of H_2O_2 reacted with Sn^(2+) is

H_2O_2 is reduced rapidly by Sn^(2+). H_2O_2 is decomposed slowly at room temperature to yeild O_2 and H_2O . 136g of 10% by mass of H_2O_2 in water is treated with 100mL of 3M Sn^(2+) and then a mixture is allowed to stand until no further reaction occurs. The reactions involved are: 2H^(o+)+H_(2)O_(2)+Sn^(2+)toSn^(4+)+2H_(2) 2H_(2)O_(2)to2H_(2)O+O_(2) The equivalent of H_2O_2 reacted with Sn^(2+) is

H_(2)O_(2) reduces