Consider the hydrolysis of t -butyliodide, the equation forwhich is (CH 3 ) 3 CI

Question

Consider the hydrolysis of t-butyliodide, the equation forwhich is (CH3)3CI + H2O --->(CH3)3COH + HI. The equation governing therate of this reaction is rate =k[(CH3)3CI]. What is the order ofeach reactant and the overall order of the reaction?

A. The order of t-butyliodide is 1, theorder of water is 0, and the reaction order is 2.
B. The order of t-butyliodide is 1, theorder of water is 1, and the reaction order is 1.
C. The order of t-butyliodide is 1, theorder of water is 1, and the reaction order is 2.
D. The order of t-butyliodide is 1, theorder of water is 0, and the reaction order is 1.
E. The order of t-butyliodide is 0, theorder of water is 1, and the reaction order is 1.

A. The order of t-butyliodide is 1, theorder of water is 0, and the reaction order is 2.
B. The order of t-butyliodide is 1, theorder of water is 1, and the reaction order is 1.
C. The order of t-butyliodide is 1, theorder of water is 1, and the reaction order is 2.
D. The order of t-butyliodide is 1, theorder of water is 0, and the reaction order is 1.
E. The order of t-butyliodide is 0, theorder of water is 1, and the reaction order is 1.

Explanation / Answer

B. The order oft-butyliodide is 1, the order of water is 1, and thereaction order is 1.

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