Question

Current Attempt in Progress The reaction 2A + B ? C + D was found to be second order with respect to A and B. Based on this information the rate law for this reaction is O rate = k[A]$^2$. O rate = k[A]$^2$[B]$^2$. O rate = k[B]$^2$. O rate = k[A][B][C][D]. O rate = k[A][B].

          Current Attempt in Progress
The reaction 2A + B ? C + D was found to be second order with respect to A and B. Based on this information the rate law for this
reaction is
O rate = k[A]$^2$.
O rate = k[A]$^2$[B]$^2$.
O rate = k[B]$^2$.
O rate = k[A][B][C][D].
O rate = k[A][B].

Current Attempt in Progress
The reaction 2A + B ? C + D was found to be second order with respect to A and B. Based on this information the rate law for this
reaction is
O rate = k[A]^2.
O rate = k[A]^2[B]^2.
O rate = k[B]^2.
O rate = k[A][B][C][D].
O rate = k[A][B].

Added by Gail S.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Nicole Smina

11/21/2022

Step 1

This means the rate depends on the concentration of A squared and the concentration of B squared. Show more…

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The reaction $2A + B \rightarrow C + D$ was found to be second order with respect to A and B. Based on this information the rate law for this reaction is O rate = $k[A]^2$. O rate = $k[A]^2[B]^2$. O rate = $k[B]^2$. O rate = $k[A][B][C][D]$. O rate = $k[A][B]$.