The reduction of NO(g) by H2(g) is first

order in each of the reactants. The rate con-

stant for this reaction measured at 1100 K is

240 M−1s−1. Calculate the initial rate of the

NO reduction at 1100 K if 400.00 mg of NO

and 600.00 mg of H2 are confined to a 5.00 L

reaction vessel.

order in each of the reactants. The rate con-

stant for this reaction measured at 1100 K is

240 M−1s−1. Calculate the initial rate of the

NO reduction at 1100 K if 400.00 mg of NO

and 600.00 mg of H2 are confined to a 5.00 L

reaction vessel.

### Recently Asked Questions

- Hi there! Im just starting to write a paper about Hoebel's four functions of informal law in the Cheyenne community and then connect his thoeries and ideas to

- Question 6: Details of Emu Oil for the month of July were as follows: July 2 Balance on hand 50 litres @ $12.00 per litre 3 Purchased 100 litres

- The regular price of a pair of jeans is x dollars. Let