Based on the following rate law, what is the overall order of the reaction?

Rate = k[A][B]^{2}[C]^{0}

3rd order

Based on the following rate law, what is the order of the reaction with respect to [A]?

Rate = k[A][B]^{2}[C]^{0}

1st order

Based on the following rate law, what is the order of the reaction with respect to [B]?

Rate = k[A][B]^{2}[C]^{0}

2nd order

Based on the following rate law, what is the order of the reaction with respect to [C]?

Rate = k[A][B]^{2}[C]^{0}

0 order

Based on the following rate law, what happens to the rate of the reaction if you double [A]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 2

Based on the following rate law, what happens to the rate of the reaction if you double [B]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 4

Based on the following rate law, what happens to the rate of the reaction if you double [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1

Based on the following rate law, what happens to the rate of the reaction if you half [A]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1/2

Based on the following rate law, what happens to the rate of the reaction if you half [B]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1/4

Based on the following rate law, what happens to the rate of the reaction if you half [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1

Based on the following rate law, what happens to the rate of the reaction if you double [A] and double [B]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 8

Based on the following rate law, what happens to the rate of the reaction if you double [B] and double [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 4

Based on the following rate law, what happens to the rate of the reaction if you double [A] and double [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 2

Based on the following rate law, what happens to the rate of the reaction if you double [A] and half [B]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1/2

Based on the following rate law, what happens to the rate of the reaction if you double [A] and half [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 2

Based on the following rate law, what happens to the rate of the reaction if you half [A] and double [B]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 2

Based on the following rate law, what happens to the rate of the reaction if you half [A] and double [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1/2

Based on the following rate law, what happens to the rate of the reaction if you half [B] and double [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 1/4

Based on the following rate law, what happens to the rate of the reaction if you double [B] and half [C]?

Rate = k[A][B]^{2}[C]^{0}

Rate x 4

Increasing the temperature of a reaction changes which parts of the following rate law?

Rate = k[A][B]^{2}[C]^{0}

Increases the value of k which increases the rate

Decreaseing the temperature of a reaction changes which parts of the following rate law?

Rate = k[A][B]^{2}[C]^{0}

Decreases the value of k which decreases the rate

Adding a catalyst to a reaction changes which parts of the following rate law?

Rate = k[A][B]^{2}[C]^{0}

Increases the value of k which increases the rate

Increasing the concentration of A in the reaction changes what portions of the following rate law?

Rate = k[A][B]^{2}[C]^{0}

Increases of [A] which increases the rate. No change in k.

Increasing the concentration of B in the reaction changes what portions of the following rate law?

Rate = k[A][B]^{2}[C]^{0}

Increases [B] which increases the rate. No change in k.

If the rate of a reaction is given in mol/(L•s), what are the units for the following rate constant?

Rate = k[A][B]^{2}[C]^{0}

3rd order overall so L^{2}/(mol^{2}•s)

If the rate of a reaction is given in mol/(L•s), what are the units for the following rate constant?

Rate = k[B]^{2}

2nd order overall so L/(mol•s)

If the rate of a reaction is given in mol/(L•s), what are the units for the following rate constant?

Rate = k[A]

1st order overall so 1/s

If the rate of a reaction is given in mol/(L•s), what are the units for the following rate constant?

Rate = k[C]^{0}

0 order overall so mol/(L•s)