The decomposition of NH_3 on Pt surface is a zero order reaction. If the value of rate constant is 2\times10^{-4}\mole\liter^{-1}\sec^{-1} he rate of appearance of N_2 and H_2 are respectively: N_2 H_2 (1) 1\times10^{-4}\mol I^{-1}\sec^{-1} 3\times10^{-4}{mol}^{-1}{\sec}^{-1} (2) 3\times10^{-4}{mol}{I}^{-1}{\sec}^{-1} 1\times10^{-4}{mol}^{-1}{\sec}^{-1} (3) 2\times10^{-4}{mol}{I}^{-1}{\sec}^{-1} 6\times10^{-4}{mol}^{-1}{\sec}^{-1} 3\times10^{-4}{mol}{I}^{-1}{\sec}^{-1} (4) 3\times10^{-4}{mol}^{-1}{\sec}^{-1}

AIIMS 26 May 2019 Morning Question Paper with solutions for online practice

Question : 75 of 146

Marks: +1, -0

The decomposition of NH3 on Pt surface is a zero order reaction. If the value of rate constant is 2×10−4‌mole‌liter−1‌sec−1 he rate of appearance of N2 and H2 are respectively:

N2	H2
(1) 1×10−4‌mol‌I−1‌sec−1	3×10−4mol−1sec−1
(2) 3×10−4molI−1sec−1	1×10−4mol−1sec−1
(3) 2×10−4molI−1sec−1	6×10−4mol−1sec−1
3×10−4molI−1sec−1	(4) 3×10−4mol−1sec−1

Validate

Go to Question:

Prev Question

Next Question