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UnicornPanda UnicornPanda
wrote...
Posts: 37
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11 years ago
Okay, so I'm doing Chem homework and I came across this problem:

The gas phase reaction of NO with F2 to form NOF and F has an activation energy of Ea=6.30 kJ/mol and a frequency factor of A=6.00*108M-1*S-1. The reaction is believed to be bimolecular:

NO(g) + F2(g) Rightwards Arrow NOF(g) + F(g)

What is the rate constant at 657 C?


So far, I've written out the equation:

K=6.00*108M-1*S-1*\(\frac{-6.30 kJ/mol}{(8.314 J/mol*k)(930.15 K)}\)

But I am confused on the conversions. I can't just plug & chug, so I'm stuck... how do I work this and get everything to add up?

Thanks!
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Answer accepted by topic starter
bio_manbio_man
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11 years ago
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UnicornPanda Author
wrote...
11 years ago
It doesn't give me anything. I am supposed to put that information into the answer I give.
wrote...
Staff Member
11 years ago
It doesn't give me anything. I am supposed to put that information into the answer I give.

Solved? How did you figure it out?
- Master of Science in Biology
- Bachelor of Science
UnicornPanda Author
wrote...
11 years ago
Oops. I didn't mean to click solved. Sorry.
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