one litre of gas at 10 degree Celsius is heated till both volume and pressure tripled find the new temperature at what temperature will the volume of a gas at 0 degree Celsius triple itself if the pressure remains constant
Answers
Answer:
T2= 2274K
T'temperature is 849-273= 576°C
Explanation:
Given -
Initial conditions-
P1 , initial pressure= P
V1, initial volume = V
T1, initial temperature = 10°C= 10+273= 283K
1st Final condition -
P2, final pressure= 3P
V2,final volume =3V
T2,Final temperature= ?
T'=?
To find- Temperature when volume became triple of initial and pressure remain constant .
Step by step explanation
P1V1/T1=P2V2/T1
PV/283= 3P3V/T2
T2=283x3x3=2574K
2574-273
=2274°C
P'final pressure= P
P'final pressure= P In question it's written we have to find when pressure remains constant
P'final pressure= P In question it's written we have to find when pressure remains constant V', final volume= 3V
P1V1/T1=P'V'/T'
PV/283=P3V/T2
T'=3x283= 849K
When we change 849K in °C it will be ,
T' temperature is 849-273= 576°C
the temperature of a gas of certain mass is 27°C.The gas is heated such that it's pressure and volume are double.Calcula...
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consider a gas at 0 degree C.at what temp. will be the volume doubled if the pressure is kept constant.
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SPJ3
Answer:
use gas law equation to solve it