Which graph is the most linear?

[ Choose ] All of the graphs are perfectly linear The graph of 1/[A] vs. Time 1st order The graph of [A] vs. Time The graph of ln[A] vs. Time 2nd order 0th order None of the graphs are linear

What is the reaction order with respect to A?

[ Choose ] All of the graphs are perfectly linear The graph of 1/[A] vs. Time 1st order The graph of [A] vs. Time The graph of ln[A] vs. Time 2nd order 0th order None of the graphs are linear

Pre-Laboratory Questions brofagisiw more 1. The kinetics for the reaction 2 A +3BC +2 D were studied at 20 C, and the following data were obtained by monitoring the rate of consumption of A. If it takes t seconds for A to be consumed, the initial rate for the consumption of A is equal to the initial concentration of A divided by the product of the time required for A to be consumed and the stoichiometric coefficient of A. +!)- : ( 1 ( rate =-- a At Alinitial (= consuumption of Volume in ml 0.0080 MA Volume in mL 0.20 MB Volume in mL distilled water Time required for consuming A in seconds Experiment 1 10.0 10.0 30.0 82 2 20.0 10.0 ms 20.09 41 3 10.0 30.0 10.0 82 Pre-Laboratory Questions brofagisiw more 1. The kinetics for the reaction 2 A +3BC +2 D were studied at 20 C, and the following data were obtained by monitoring the rate of consumption of A. If it takes t seconds for A to be consumed, the initial rate for the consumption of A is equal to the initial concentration of A divided by the product of the time required for A to be consumed and the stoichiometric coefficient of A. +!)- : ( 1 ( rate =-- a At Alinitial (= consuumption of Volume in ml 0.0080 MA Volume in mL 0.20 MB Volume in mL distilled water Time required for consuming A in seconds Experiment 1 10.0 10.0 30.0 82 2 20.0 10.0 ms 20.09 41 3 10.0 30.0 10.0 82