What is Relation between volume and pressure at constant temperature and number of moles. Take length l= 5 nm and height h= 8.5 nm:For GraphFor Graph PressureVol.PVPressurekPa.nmWidth (w)S. No.(nm')(PV/10')kPa. nm(kPa)(nm)V=(pressure/10')w.l.hКРа5x5x8.5=8283 |8283x212.5=1. 17.60760x108.28212.56915 6915x255=1.763x106x5x8.5=17.636.9162555889 5889x297.5=7x5x8.5=297.517.515.88731.751x1065163 5163x340=1.755x1017.555.168x5x8.5=834049x5x8.5=382.54596 4596x382.5=1.757x1017.574.5910x5x8.5%=4141 4141x425=1.759x1017.594.1410742537693769x467.5=17.623.7611811x5x8.5-467.51.762x1034573457x510=17.633.4512912x5x8.5=5101.763x103178 3178x552.5%=1.755x1017.553.17131013x5x8.5=552.52956 2956x595F1.758x1017.582.95141114x5x8.5=5952761 2761x637.5=17.602.761512|15x5x8.5-637.5F1.760x10°Attach screenshot every time you are taking readings

According to Boyle's law, at constant temperature, pressure of an ideal gas is directly proportional…

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What is Relation between volume and pressure at constant temperature and number of moles.

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ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter13: State Of Matter

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Question

What is Relation between volume and pressure at constant temperature and number of moles.

Take length l= 5 nm and height h= 8.5 nm:
For Graph
For Graph Pressure
Vol.
PV
Pressure
kPa.nm
Width (w)
S. No.
(nm')
(PV/10')
kPa. nm
(kPa)
(nm)
V=
(pressure/10')
w.l.h
КРа
5x5x8.5=
8283 |8283x212.5=1. 17.60
760x10
8.28
212.5
6915 6915x255=
1.763x10
6x5x8.5=
17.63
6.91
6
255
5889 5889x297.5=
7x5x8.5=
297.5
17.51
5.88
7
3
1.751x106
5163 5163x340=
1.755x10
17.55
5.16
8x5x8.5=
8
340
4
9x5x8.5=
382.5
4596 4596x382.5=
1.757x10
17.57
4.59
10x5x8.5%=
4141 4141x425=
1.759x10
17.59
4.14
10
7
425
3769
3769x467.5=
17.62
3.76
11
8
11x5x8.5-467.5
1.762x10
3457
3457x510=
17.63
3.45
12
9
12x5x8.5=510
1.763x10
3178 3178x552.5%=
1.755x10
17.55
3.17
13
10
13x5x8.5=552.5
2956 2956x595
F1.758x10
17.58
2.95
14
11
14x5x8.5=595
2761 2761x637.5=
17.60
2.76
15
12
|15x5x8.5-637.5
F1.760x10°
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