АВ A + B a If the reaction is first-order with a half-life of 3.0 minutes, choose the correct pictures which represent the reaction mixture after 3.0 and 6.0 minutes have elapsed t=0 min t = 3.0 min t 6.0 min Drag and drop your selection from the following list to complete the answer: b How would the pictures from part a change if the reaction were second-order with the same half-life? d B narticles than for first-or

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AB > A + B
2 If the reaction is first-order with a half-life of 3.0 minutes, choose the correct pictures which represent the reaction mixture after 3.0 and 6.0 minutes have elapsed.
關-第-段
%3D0 min
t 3.0 min
26.0 min
Drag and drop your selection from the following list to complete the answer
nicture for 30 min will be the same as for the first-order reaction: but the container at 6.0 min wil1 have more AB and fewer A and B particles than for first-order re
and B narticles than for first-order reac:
b How would the pictures from part a change if the reaction were second-order with the same half-life?
Transcribed Image Text:AB > A + B 2 If the reaction is first-order with a half-life of 3.0 minutes, choose the correct pictures which represent the reaction mixture after 3.0 and 6.0 minutes have elapsed. 關-第-段 %3D0 min t 3.0 min 26.0 min Drag and drop your selection from the following list to complete the answer nicture for 30 min will be the same as for the first-order reaction: but the container at 6.0 min wil1 have more AB and fewer A and B particles than for first-order re and B narticles than for first-order reac: b How would the pictures from part a change if the reaction were second-order with the same half-life?
3.0 min
t=6.0 min
Drag and drop your selection from the following list to complete the answer
b How would the pictures from part a change if the reaction were second-order with the same half-life?
OThe picture for 3.0 min will be the same as for the first-order reaction: but the container at 6.0 min will have more AB and fewver A and B particles than for first-order reaction.
The picture for 3.0 min will be the same as for the first-order reaction; but the container at 6.0 min will have less AB and more A and B particles than for first-order reaction.
The container at 3.0 min will have less AB and more A and B particles than for first-order reaction, but the picture for 6.0 min will be the same as for the first-order reaction.
O The container at 3.0 min will have more AB and fewer A and B particles than for first-order reaction; but the picture for 6.00 min will be the same as for the first-order reaction.
Transcribed Image Text:3.0 min t=6.0 min Drag and drop your selection from the following list to complete the answer b How would the pictures from part a change if the reaction were second-order with the same half-life? OThe picture for 3.0 min will be the same as for the first-order reaction: but the container at 6.0 min will have more AB and fewver A and B particles than for first-order reaction. The picture for 3.0 min will be the same as for the first-order reaction; but the container at 6.0 min will have less AB and more A and B particles than for first-order reaction. The container at 3.0 min will have less AB and more A and B particles than for first-order reaction, but the picture for 6.0 min will be the same as for the first-order reaction. O The container at 3.0 min will have more AB and fewer A and B particles than for first-order reaction; but the picture for 6.00 min will be the same as for the first-order reaction.
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