The reaction I2(g) +SiH4(g) -------> HI(g) +SiH3I(g) is first order in both I2 and SiH4, with...
The reaction
- I2(g) +SiH4(g) -------> HI(g) +SiH3I(g)
is first order in both I2 and
SiH4, with k = 2.14
L mol-1 s-1 at
255°C. If 1.00 L of
I2(g) at a concentration of
2.44×10-3 M is rapidly mixed with the
same volume of SiH4(g) also at a
concentration of 2.44×10-3 M, what is
the time (in seconds) required for the
I2 concentration to decrease to a value
of 3.38×10-4 M?
HINT: Because the reaction conditions and stoichiometry are such
that the concentrations of the two reacting species are always
equal, the integrated rate law for the reaction is:
1/C = 1/c0 + kt
where c and c0 represent concentrations of either of the reactants.
___________ s
Homework Answers
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The reaction
I2(g)
+SiH4(g) ------->
HI(g)
+SiH3I(g)
is first order in both I2 and
SiH4, with...
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