pressure and temperature relation
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PV=nRT where P is pressure
V is the volume of gaseous substance R is universal constant and T is temperature
if V =constant
and n=constant then
p directly proportional to T
p1/p2=T1/T2
V is the volume of gaseous substance R is universal constant and T is temperature
if V =constant
and n=constant then
p directly proportional to T
p1/p2=T1/T2
Answered by
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Understand the following points :
1. As temperature increase , the volume increases , since temperature causes the breakdown of intermolecular forces leading to the increase in the volume.
2. as volume increase, pressure decreases. This can be understand with help of a flexible container. This principle is used in respiration.
from 1 and 2 , it is evident that pressure is inversely related to temperature i.e, as pressure increase, temperature decreases and vice versa.
hope this helps you.
REGARDS
1. As temperature increase , the volume increases , since temperature causes the breakdown of intermolecular forces leading to the increase in the volume.
2. as volume increase, pressure decreases. This can be understand with help of a flexible container. This principle is used in respiration.
from 1 and 2 , it is evident that pressure is inversely related to temperature i.e, as pressure increase, temperature decreases and vice versa.
hope this helps you.
REGARDS
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