Scribd
Upload
14 views2 pages

Mto - CH 2 - Sum

The document discusses the calculation of the diffusion of vapor from a thin layer of water under specific conditions, including a pressure of 28 K and a depth of 3m. It provides formulas and values for various parameters such as diffusion coefficients and partial pressures. The calculations involve the use of gas laws and specific constants to determine the total diffusion from the surface.

Uploaded by

Arpit vaishnav
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
14 views2 pages

Mto - CH 2 - Sum

The document discusses the calculation of the diffusion of vapor from a thin layer of water under specific conditions, including a pressure of 28 K and a depth of 3m. It provides formulas and values for various parameters such as diffusion coefficients and partial pressures. The calculations involve the use of gas laws and specific constants to determine the total diffusion from the surface.

Uploaded by

Arpit vaishnav
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
You are on page 1/ 2

w-18: 1m

CUL Calul ae the mate o dittwion of coat Vapon fnom


walU m in
a
thin lauen of osator
thin ae at h bottm, ofa
Assumu
of the wdd
dapth to duy ain tlooimg oven th top
thu enhiu SysBem a a 28 K 4atmaspheruc pusbun
wught ot
h
wll diamh 3m, find out the tot
ot the
acdton di thused pen Setond Fnom the Suntuce
Coaun n the wd Th dattusion toeffieient dcoadtr Vapon
m d y au a 298k tmospheruc powswu iS
2
O.256 x 1 m Th panhal pruuw oatu Vapoun
Sec

a 298k 0 o 0323 l o

oluhm
Gven
Pa. = 323 x10 9/2 ioPA 6
O o323 m
Z 6m
O.0323 x o .1G% atm

o 031 cm. , T # 252 21 k.

0.256 x 10 m7sec
AB

PR-1-Pa. 1-0 03l e o.q6 am


FB -PA atm

PBPeB = 0.q84 am.


PR
n(o)
A PAPA2)
RTZPgi
A (o6
2 5 61o
0.082.06 2a8 6 0 S

lmoleTS
P.al da

N Arua Mol. t of oarun

5.4a7X\o J 18

S.41 10 (3 13

/se

You might also like