Question

A(g) -----------> 4B (g) at constant pressure.
Volume of reaction mixture increases from 23.4L to 45.8L at 1 atm pressure and 273K temperature in 10 seconds. Calculate rate of reaction?​

Answer 1

Explanation:

10^23 molecules of nitrogen gas are enclosed at pressure of 0.829 atm at 20°C

g) -----------> 4B (g) at constant pressure.

Volume of reaction mixture increases from 23.4L to 45.8L at 1 atm pressure and 273K temperature in 10 seconds. Calculate rate of reaction?g) -----------> 4B (g) at constant pressure.

Volume of reaction mixture increases from 23.4L to 45.8L at 1 atm pressure and 273K temperature in 10 seconds. Calculate rate of reaction?g) -----------> 4B (g) at constant pressure.

Volume of reaction mixture increases from 23.4L to 45.8L at 1 atm pressure and 273K temperature in 10 seconds. Calculate rate of reaction?g) -----------> 4B (g) at constant pressure.

Volume of reaction mixture increases from 23.4L to 45.8L at 1 atm pressure and 273K temperature in 10 seconds. Calculate rate of reaction?

Answer 2

Answ

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