\(5Br^{-}(aq)+BrO_{3}^{-}(aq)+6H^{+}\rightarrow3Br_{2}(l) + 3H_{2}O\) of the following is incorrect regarding the rate of the reaction?

5Br^(-)(aq)+BrO_(3)^(-)(aq)+6H^(+)(aq) rarr 3 Br_2(aq) + 3 H_2O(l) which of the following is incorrect regarding the rate of the reaction? (A) Rate= - d[Br^(-)] /dt (B) Rate =- d[BrO_(3)^(-)] /dt (C) - d[Br^(-)] /dt =(5)/(3) d[Br_(2)] /dt (D) - d[BrO_(3)^(-)] /dt = (1)/(3) d[Br_(2)] /dt

For the reaction H^(+) + BrO_(3)^(-) + 3 Br^(-) to 5 Br_(2) + H_(2) O which of the following relation correctly represents the consumption & formation of reactants and products:

In the chemical change \(aN_{2}H_{4}+bBrO_{3}^{-}\rightarrow aN_{2}+bBr^{-}+6H_{2}O\) answer the following questions. The species acting as oxidant and reductant respectively are (A) \(BrO_{3}^{-},N_{2}H_{4}\) (B) \(N_{2}H_{4},BrO_{3}^{-}\) (C) \(N_{2},BrO_{3}^{-}\) (D) \(Br^{-},N_{2}H_{4}\)

In the reaction BrO^(-3)(aq) + 5Br^(-) (aq) + 6H^(+) rarr 3Br_(2)(1) + 3H_(2)O(1) The rate of appearance of bromine (Br_(2)) is related to rate of disapperance of bromide ions as folllwoing :

For the reaction 5Br^(-)(aq)+BrO_(3)^(-)(aq)+6H^(+)(aq)rarr 3Br_(2)(aq)+3H_(2)O(l) the reate expression was found to be -(d[BrO^(3-)])/(dt)=k[Br^(-)][H^(+)]^(2)[BrO_(3)^(-)] Which of the following statements is /are correct? I. Doubling the intial concentration of all the reactants will increase the reaction rate by a factor of 8. II. Unit of rate constant of the reaction in a buffer solution is "min"^(-1) III. Doubling the concentration of all the reactants at the same time will increase the reaction rate by a factor of 16 IV. rate of conversion of BrO_(3)^(-) and rate of disappearance of Br^(-) are the same

Consider the following reaction in aqueous solution 5Br^(-) (aq) + BrO_(3)^(-) (aq) + 6H^(+)(aq) to 3Br_(2)(aq) + 3H_(2)O(l) If the rate of appearance of Br_(2) at a particular time during the reaction is 0.025 M"sec"^(-1) , what is the rate of disappearance (in "Msec"^(-1) ) of Br^(-) at that time?

The reaction [Cr(H_2O)6]^(3+)(aq)+ SCN^(-) (aq) to [Cr(H_2O)_5NCS]^(2+) (aq) + H_2O (l) was studied at 25^@C . The following date ware collected. Determine : Rate constant of the reaction.