chemical reaction engineering A batch adiabatic reactor at an initial temperature of 373 K is being used for the reaction
A->B
. Assume the heat of reaction is
-1k(J)/(m)ol
at 373 K and the heat capacity of both
A
and
B
to be constant and equal to
50(J)/(m)ol-K
. The temperature rise after a conversion of 0.5 will be (a)
5\deg C
(b)
10\deg C
(c)
20\deg C
(d)
100\deg C
Ans; a. 5 ^oC correct

Question

chemical reaction engineering A batch adiabatic reactor at an initial temperature of 373 K is being used for the reaction

A->B

. Assume the heat of reaction is

-1k(J)/(m)ol

at 373 K and the heat capacity of both

A

and

B

to be constant and equal to

50(J)/(m)ol-K

. The temperature rise after a conversion of 0.5 will be (a)

5\deg C

(b)

10\deg C

(c)

20\deg C

(d)

100\deg C

Ans; a. 5 ^oC correct

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