Describes the rat of reaction between reagents A and B A+B=C Rate =k x [A] x [B] what happens to the rate if the concentration of A is doubled?

for a reaction: A+B➡C,when the initial concentration is doubled, the rate of reaction quadrupled and when...

for a reaction: A+B➡C,when the initial concentration is doubled, the rate of reaction quadrupled and when the initial concentration of B is doubled there is no charge in the rate of the reaction. what is the order of reaction with A? what is the order of reaction with B?

2. TheratelawforthereactionA+B→Productswasfoundtoberate=k[A][B]2. a. What is the reaction order with respect to A? b. What is the...

2. TheratelawforthereactionA+B→Productswasfoundtoberate=k[A][B]2. a. What is the reaction order with respect to A? b. What is the reaction order with respect to B? c. What is the overall order of the reaction? d. If the concentration of A is doubled while B is left unchanged, what happens to the rate of the reaction? e. If the concentration of B is doubled while A remains unchanged, what happens to the rate of the reaction? f. What does k represent in the rate...

for certain 1st order reaction what happens to the half life if the concentration is doubled?

for certain 1st order reaction what happens to the half life if the concentration is doubled?

Answer the following questions for a reaction whose rate law is: rate = k[A][B] What is...

Answer the following questions for a reaction whose rate law is: rate = k[A][B] What is the overall order of the reaction? Select one: a. first b. second c. Third If the concentration of both A and B are doubled, how will this affect the rate of reaction? Select one: a. no change b. rate increases by a factor of 2 c. rate increases by a factor of 4 d. rate increases by a factor of 8second c. third

The rate law for the reaction A + B + C => D is: Rate =...

The rate law for the reaction A + B + C => D is: Rate = k[A]2[B] a. How will the reaction rate change if [A] is doubled? b. How will the reaction rate change if [B] is decreased to 1/4th of the initial concentration? c. How will the reaction rate change if [C] is increased by 3times? What is the expected rate constant value for this experiment?

The experimental rate law for the reaction A + 2B → 3C + 2D is: Rate...

The experimental rate law for the reaction A + 2B → 3C + 2D is: Rate = k[A][B]2 If the concentration of B is doubled, what happens to the reaction rate?

in a concentration cell, with more reagents added vs. products, what happens to E? Please show...

in a concentration cell, with more reagents added vs. products, what happens to E? Please show all work a) stays the same b) equals zero c) increases d) decreases

Consider the following reaction: H2+ICl?I2+2HCl,rate=k[H2][ICl] a) What is the overall reaction order? b) What are the...

Consider the following reaction: H2+ICl?I2+2HCl,rate=k[H2][ICl] a) What is the overall reaction order? b) What are the units of the rate constant k for this reaction? c) What would happen to the rate if [H2] were doubled? stay the same, double, triple, or quadruple d) What would happen to the rate if [ICl] were doubled? stay the same, quadruple, triple, or double?

1A. For a first order reaction, the rate will double if a.      Concentration of a reactant...

1A. For a first order reaction, the rate will double if a.      Concentration of a reactant is doubled b.     Concentration of a product is doubled c.      Concentration of a reactant is squared d.     Temperature is raised two degrees e.    2 moles of catalyst are added 1B.     For a second order decomposition reaction (one reactant), if the concentration of the reactant is tripled, the rate: a.      Triples b.     Increases nine-fold c.      Decreases by one third d.     Stays the same

What are the units of k for the rate law: Rate = k[A]2[B]2, when the concentration...

What are the units of k for the rate law: Rate = k[A]2[B]2, when the concentration unit is mol/L? A. s-1 B. L mol-1 s-1 C. L2 mol-2 s-1 D. L3 mol-3 s-1 A reaction has the following stoichiometry: H2 + 2 ICl ---> I2 + 2 HCl Which of the following would be a correct definition of the rate? A. Rate = +Δ[H2]/Δt B. Rate = +Δ[HCl]/Δt C. Rate = -Δ[ICl]/Δt D. Rate = +(1/2)Δ[HCl]/Δt