Consider the following reactions
A \(\rightarrow\) P1 ; B \(\rightarrow\) P2 ; C \(\rightarrow\) P3 ; D \(\rightarrow\) P4,
The order of the above reactions are a, b, c, and d, respectively. The following graph is obtained when log[rate] vs. log[conc.] are plotted
Among the following, the correct sequence for the order of the reactions is :
A \(\rightarrow\) P1 ; B \(\rightarrow\) P2 ; C \(\rightarrow\) P3 ; D \(\rightarrow\) P4,
The order of the above reactions are a, b, c, and d, respectively. The following graph is obtained when log[rate] vs. log[conc.] are plotted
Among the following, the correct sequence for the order of the reactions is :
Show Hint
- d \(\gt\) b \(\gt\) a \(\gt\) c
- d \(\gt\) a \(\gt\) b \(\gt\) c
- a \(\gt\) b \(\gt\) c \(\gt\) d
- c \(\gt\) a \(\gt\) b \(\gt\) d
The Correct Option is A
Solution and Explanation
From the graph the steepness of the lines is: D (solid, steepest) > B (dashed, steeper) > A (dashed) > C (solid, shallowest).
Therefore the order sequence is d > b > a > c.
Answer: (1) d > b > a > c
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