if at a time volume of a gas for a fixed mass is 60 cmcube.
at pressure 1.5 atmosphere then find the pressure at volume 100 cmcube
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Answer:
Given:
V1 = 3 lit
V2 = ?
T1 = 15 °C
= 15+ 273= 288 K
T2 = (-73)°C
= -73+273 = 200 K
According to Charles's law,
straight V subscript 1 over straight T subscript 1 space equals space straight V subscript 2 over straight T subscript 2
3 over 288 space equals space straight V subscript 2 over 200
straight V subscript 2 space equals space fraction numerator 3 cross times 200 over denominator 288 end fraction
straight V subscript 2 space equals space 2.08 space lit
The volume of a gas is 2.08 lit.
Step-by-step explanation:
SAN00710:
Answer is 0.9 atmosphere (Maths : Direct and inverse proportion)
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