2.) In the following reaction: H2 + Br2 + O2 → 2HBr + 2O− determine the correct rate law equation given the following data based on initial concentrations: [H2]initial(M) [Br2]initial (M) [O2]initial (M) Rate(M/s) rxn-1 0.00116 0.303 0.00556 0.758 rxn-2 0.00117 0.606 0.00557 0.759 rxn-3 0.00232 0.304 0.00555 1.516 rxn-4 0.00117 0.605 0.01114 3.032 2.a) What is the order with respect H2? 2.b) What is the order with respect Br2? 2.c) What is the order with respect O2? 2.d) What is the rate law equation for the reaction? 2.e) Using trial-2 and determine what the rate constant “k” is equal to?
2.) In the following reaction:
H2 + Br2 + O2 → 2HBr + 2O−
determine the correct rate law equation given the following data based on initial concentrations:
[H2]initial(M) [Br2]initial (M) [O2]initial (M) Rate(M/s)
rxn-1 0.00116 0.303 0.00556 0.758
rxn-2 0.00117 0.606 0.00557 0.759
rxn-3 0.00232 0.304 0.00555 1.516
rxn-4 0.00117 0.605 0.01114 3.032
2.a) What is the order with respect H2?
2.b) What is the order with respect Br2?
2.c) What is the order with respect O2?
2.d) What is the rate law equation for the reaction?
2.e) Using trial-2 and determine what the rate constant “k” is equal to?
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
