question archive If P° and Ps are vapous pressure of solvent so in repulsively n1 and n2 are molefractions of solve and solule respecliuely then a) Ps = P°n1 b) Ps = P°n2 c) P° = Psn2 d) Ps = P°(n1/n2) from Roulles law
If P° and Ps are vapous pressure of solvent so in repulsively n1 and n2 are molefractions of solve and solule respecliuely then a) Ps = P°n1 b) Ps = P°n2 c) P° = Psn2 d) Ps = P°(n1/n2) from Roulles law
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If P° and Ps are vapous pressure of solvent so in repulsively n1 and n2 are molefractions of solve and solule respecliuely then
a) Ps = P°n1 b) Ps = P°n2 c) P° = Psn2 d) Ps = P°(n1/n2)
from Roulles law.
P° - Ps/P0 = n2 1 – Ps/P0 = n2
Ps/P0 = 1 – n2 = n
Ps = n1*P°
