Chemistry, asked by tejamummidi416, 11 months ago

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

Answered by krithikasmart11
1

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

Answered by rudrasantoshsinghcha
0

Answer:

use gas law equation to solve it

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