1. Derive the expression for the change in volume [AV = B.V₁.AT] using the expression of linear expansion [AL = a₁.L₁. AT]. ▪ Show all the necessary steps and calculations. State any assumptions and approximations made.
1. Derive the expression for the change in volume [AV = B.V₁.AT] using the expression of linear expansion [AL = a₁.L₁. AT]. ▪ Show all the necessary steps and calculations. State any assumptions and approximations made.
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![1. Derive the expression for the change in volume [AV = P.V₁.AT] using the expression of linear
expansion [AL = a₁.Lj.AT].
▪ Show all the necessary steps and calculations.
▪ State any assumptions and approximations made.
2. Using the Equation of State, derive:
Pi. Vi_ Pf. Vf
Ti
=
Tf](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F06b1163c-e0f9-43bd-a463-bde8e6492076%2Fbd98c83f-56b4-487d-80a9-0519d7ff8b11%2Fyz2y0i_processed.png&w=3840&q=75)
Transcribed Image Text:1. Derive the expression for the change in volume [AV = P.V₁.AT] using the expression of linear
expansion [AL = a₁.Lj.AT].
▪ Show all the necessary steps and calculations.
▪ State any assumptions and approximations made.
2. Using the Equation of State, derive:
Pi. Vi_ Pf. Vf
Ti
=
Tf
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