Fill in the blanks:
$(a)$ Catalyst ......... the rate of reaction.
$(b)$ Inhibitor ......... the rate of the reaction.
$(c)$ If temperature increases,the rate of reaction ......... .
$(a)$ Catalyst ......... the rate of reaction.
$(b)$ Inhibitor ......... the rate of the reaction.
$(c)$ If temperature increases,the rate of reaction ......... .
(N/A) Catalyst increases the rate of reaction by providing an alternative pathway with lower activation energy.
$(b)$ Inhibitor decreases the rate of reaction by increasing the activation energy or by consuming the active species.
$(c)$ If temperature increases,the rate of reaction increases because the number of effective collisions increases.
$(b)$ Inhibitor decreases the rate of reaction by increasing the activation energy or by consuming the active species.
$(c)$ If temperature increases,the rate of reaction increases because the number of effective collisions increases.
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