The reaction , `CH_(3)Br +OH^(-)rarrCH_(3)OH+Br^(-)` obeys the mechanism

The reaction CH_3 Br + OH^(-) → CH_3 OH + Br^(-) follows

Consider the following reaction, CH_(3)Br+OH^(-)rarrCH_(3)OH+Br^(-) The true statement about the above process is

Consider the following reaction, CH_(3)Br+Nu^(-)rarrCH_(3)-Nu+Br^(-) The decreasing order of the rate of the above reaction with Nu^(-) is I. PHO^(-) II. AcO^(-) III. HO^(-) IV. CH_(3)O^(-)

The reation CH_(3)CH_(2)Br+overset(-)OHrarrCH_(3)CH_(2)OH+Br^(-) is an example of

From the reaction: CH_3Br(aq) +OH_(aq)^((-)) rarrCH_3OH_(aq)+Br_(aq)^- , the rate law is: rate = k[CH_3Br][OH^-] . How does reaction rate changes if [OH^-] is decreased by a factor of 5?

The reaction CH_(3)COOAg+Br_(2)rarrCH_(3)Br+CO_(2)+AgBr is known as :

From the reaction: CH_3Br(aq) +OH_(aq)^((-)) rarr CH_3OH_(aq)+Br_(aq)^- , the rate law is: rate = k[CH_3Br][OH^-] . What is change in rate if concentrations of both reactants are doubled?