4A(g) + 3B(g) 2C(g)
rate = k [A]n [B]m
Comparing experiment 1 and 3, when concentration [B] is increased by 2 times keeping concentration [A] constant, the initial rate increases by 2 times.
2 rate = k [2B]m
2 rate = k [2B]1
m = 1
So, Reaction order for B is 1.
Again, comparing experiment 3 and 4, when concentration [A] is increased by 3 times keeping concentration [B] constant, the initial rate increases by 9 times.
9 rate = k [3A]n
9 rate = k [3B]2
n = 2
So, Reaction order for A is 2.
For the reaction 4A(g) + 3B(g) rightarrow 2C((g) The following data were obtained at constant temperature:...
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