For the reaction (CH3)3 CCI +OH-= (CH3)3 COH + CI- it is found experimentally that doubling...

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For the reaction (CH3)3 CCI +OH-= (CH3)3 COH + CI- it is found experimentally that doubling the concentration of (CH3)3CCI causes the reaction rate to be increased twofold but doubling the concentration of OH- has no effect on the rate. The rate equation is Answer choices R = K[(CH3)3CCI][OH-]. R = K[(CH3)3CCI]. R = K[(CH3)3COH] [CI-]. R = K (CH3)3 COH) / (CH3)3 CCI (OH) For the reaction (CH3)3 CCI +OH-= (CH3)3 COH + CI- it is found experimentally that doubling the concentration of (CH3)3CCI causes the reaction rate to be increased twofold but doubling the concentration of OH- has no effect on the rate. The rate equation is Answer choices R = K[(CH3)3CCI][OH-]. R = K[(CH3)3CCI]. R = K[(CH3)3COH] [CI-]. R = K (CH3)3 COH) / (CH3)3 CCI (OH)

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