Asked by Faizan
For the reaction 2HI=H2+I2.one mole of HI is introduced into a vessel at constant temperature.calculate the no of moles of I2 when equilibrium is reached (Kc=0.0156)
Plz help me and give complete solution
Plz help me and give complete solution
Answers
Answered by
bobpursley
2HI>>H2 +I2
letting x be the conc of (I2)
The initial concentration of HI is 1mole/vol
K=x^2/(1-(2x))
.0156-.312x-x^2=0
x=(.312+-sqrt(.312^2+.0624))/(-2)
x= .0438 moles
check my math, it is easy to make an error.
letting x be the conc of (I2)
The initial concentration of HI is 1mole/vol
K=x^2/(1-(2x))
.0156-.312x-x^2=0
x=(.312+-sqrt(.312^2+.0624))/(-2)
x= .0438 moles
check my math, it is easy to make an error.
Answered by
Faizan
I can't understand .312x how this value come i mean from where?
Answered by
DrBob222
K=x^2/(1-(2x)) = 0.0156
It comes from 0.0156 * 2
It comes from 0.0156 * 2
Answered by
Khetsingh
Right
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