The reaction H 2 SeO 3 (aq)6I - (aq)+ 4H + (aq)$\to$2I 3 - (aq)+ 3H 2 O(l)+ Se(s)was studied at 0°C by the method of initial rates: -The rate law is

The Answer of The reaction H 2 SeO 3 (aq)6I - (aq)+ 4H + (aq)$\to$2I 3 - (aq)+ 3H 2 O(l)+ Se(s)was studied at 0°C by the method of initial rates: -The rate law is

The reaction H 2 SeO 3 (aq)6I - (aq)+ 4H + (aq)$\to$2I 3 - (aq)+ 3H 2 O(l)+ Se(s)was studied at 0°C by the method of initial rates: -The rate law is

The Answer of The reaction H 2 SeO 3 (aq)6I - (aq)+ 4H + (aq)$\to$2I 3 - (aq)+ 3H 2 O(l)+ Se(s)was studied at 0°C by the method of initial rates: -The rate law is

Solved

The Reaction H₂SeO₃(aq)6I^-(aq)+ 4H⁺(aq) $\to$ 2I₃^-(aq)+ 3H₂O(l)+ Se(s)was Studied at 0°C by the Method of 0°C

Question 37

Multiple Choice

The reaction H₂SeO₃(aq) 6I^-(aq) + 4H⁺(aq) $\to$ 2I₃^-(aq) + 3H₂O(l) + Se(s) was studied at 0°C by the method of initial rates:
$The reaction H2SeO3(aq) 6I-(aq) + 4H+(aq) \to 2I3-(aq) + 3H2O(l) + Se(s) was studied at 0°C by the method of initial rates: -The rate law is A) Rate = k[H2SeO3][H+][I-] B) Rate = k[H2SeO3][H+]2[I-] C) Rate = k[H2SeO3][H+][I-]2 D) Rate = k[H2SeO3]2[H+][I-] E) Rate = k[H2SeO3][H+]2[I-]3$

-The rate law is