For the reduction reaction $$2no(g)+2h2(g) n2(g)+2h2o(g) which occurs at high temperatures, the experimentally determined rate law is: rate = k[no]2[h2] here is a proposed mechanism for the reduction of no by h2: elementary step 1: $$h2(g)+no(g) n(g)+h2o(g) elementary step 2: $$n(g)+no(g) n2(g)+o(g) elementary step 3: $$h2(g)+o(g) h2o(g)

The answer is 1.82 j/g°c                  

60.0 - there are 3 significant numbers

Ithe undersigned only for use your own email and delete any and copies and of the itself and to be there is a good timewhat does a decrease in temperature indicate about the molecules in a sample of liquid water? decreased chemical energy of the moleculesdecreased kinetic energy of the moleculesincreased chemical energy of the moleculesincreased kinetic energy of the moleculeshow does a sample of helium at 15 â°c compare to a sample of helium at 215 k? the helium at 15 â°c has a higher average kinetic energy than the sample at 215 k.the helium at 15 â°c has lower nuclear energy than the sample at 215 k.the helium at 15 â°c has slower-moving atoms than the sample at 215 k.the helium at 15 â°c has smaller atoms than the sample at 215 k.