00:01
Here first we will determine the moles of so2 and o2 as follows.
00:10
Calculate moles of so2 and o2 as follows.
00:22
We know the volume of so2 is equal to 294 ml into 1 litre divided by 1000 email.
00:36
So this is equal to 0 .294.
00:40
Liter volume of so volume of o2 is equal to 163 .6m .m.
00:56
Into 1 liter divided by 1000 m.
01:00
This is equal to 0 .16366 liter.
01:06
Here temperature p is given 325 kelvin.
01:12
Pressure p is equal to 47 .8.
01:16
Mhm hg into one atmospheric pressure divided by 760 m m hg solving this we will get 0 .0 62895 atmosphere pressure now we will calculate most of o two we know the for s o2 the the ideal gas equation is as follows pv equal to nr t rearranging the formulas for n as follows n equal to pv divided by r t so this is equal to 0 .0 62895 into 0 .0 .0 .295 into 0 .0 .2942 divided by 0 .08 8206 into 325 this is equal to 0 .006 .4 mole of so2.
02:43
Similarly for o2 n equal to pv divided by r into t so n is equal to 0 .0 6295 into 0 .065 into 1636 divided by 0 .08206 into 325 solving this we will get 0 .000 386 mole 0 .02 hence mole of so2 is equal to 0 .2 0 .2 equals 0 .694 and mole of o2 is equal to 0 .30386...