For a binary ideal liquid solution,the total pressure of the solution is given as
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ptotal=p∗B+(p∗A−P∗B)xAptotal
=pB∗+(pA∗−PB∗)xA
We have
ptotal=pA+pB =xAP∗A+xBP∗B+(1−xA)P∗B =p∗B+(p∗A−P∗B)x Aptotal =pA+pB =xAPA∗+xBPB∗+(1−xA)PB∗ =pB∗+(pA∗−PB∗)xA
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Hope this helps you friend....
ptotal=p∗B+(p∗A−P∗B)xAptotal
=pB∗+(pA∗−PB∗)xA
We have
ptotal=pA+pB =xAP∗A+xBP∗B+(1−xA)P∗B =p∗B+(p∗A−P∗B)x Aptotal =pA+pB =xAPA∗+xBPB∗+(1−xA)PB∗ =pB∗+(pA∗−PB∗)xA
Here is your answer...
Hope this helps you friend....
Answered by
4
Answer : ptotal=p∗B+(p∗A−P∗B)xAptotal=pB∗+(pA∗−PB∗)xA
We have
ptotal=pA+pB=xAP∗A+xBP∗B+(1−xA)P∗B=p∗B+(p∗A−P∗B)xA
We have
ptotal=pA+pB=xAP∗A+xBP∗B+(1−xA)P∗B=p∗B+(p∗A−P∗B)xA
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