consider the following reaction: 2NO+2H2 yeilds N2+2H2O A. the rate low for this

Question

consider the following reaction:     2NO+2H2 yeilds N2+2H2O A. the rate low for this reation is first order in H2 andsecond order in NO. write the rate law. B. if the rate constant for this reaction at 1000K is6.0*10^4, what is the reaction rate when (NO)=0.050M and(H2)=.010M? C. if the concentration of NO is doubled to .10M and theconcentration of H2 remains the same what is the reactionrate. consider the following reaction:     2NO+2H2 yeilds N2+2H2O A. the rate low for this reation is first order in H2 andsecond order in NO. write the rate law. B. if the rate constant for this reaction at 1000K is6.0*10^4, what is the reaction rate when (NO)=0.050M and(H2)=.010M? C. if the concentration of NO is doubled to .10M and theconcentration of H2 remains the same what is the reactionrate.

Explanation / Answer

a) rate = k[H2][NO]2 B) k is the rate constant.     rate =(6.0x104)(.10)(.050)2   = 15 c) this is simple just replace .050 with .10M in the aboveformula   rate =(6.0x104)(.10)(.10)2 = 60

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