The ratio of the final P, and initial P; pressures of a diatomic ideal gas undergoing...

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The ratio of the final P, and initial P; pressures of a diatomic ideal gas undergoing adiabatic expansion is given by the equation: Pf Pi www Where V, is the initial volume and V, the final volume of the gas. A sample of H₂ at conditions where it behaves as a diatomic ideal gas is subjected to an adiabatic expansion from the initial condition: Seleccione una Ola. Vį ± Sv₂ = (1.0 ± 0.1)m³ and P; ± 4p, = (100 ± 5)kPa to a final volumen: Vf± Svf = (2.0±0.1)m³ b 1.4 SPF Which of the following expressions is the correct one to calculate the relative standard deviation of the final pressure Pi Write your complete procedure. ? (20²)² + (¹45)² + (¹45) 2AP 1.45 V (*)² + ( )² + ( ) St V (20) + (¹45) + (¹4) (2)² + (*)² + ( ) 2 The ratio of the final P, and initial P; pressures of a diatomic ideal gas undergoing adiabatic expansion is given by the equation: Pf Pi www Where V, is the initial volume and V, the final volume of the gas. A sample of H₂ at conditions where it behaves as a diatomic ideal gas is subjected to an adiabatic expansion from the initial condition: Seleccione una Ola. Vį ± Sv₂ = (1.0 ± 0.1)m³ and P; ± 4p, = (100 ± 5)kPa to a final volumen: Vf± Svf = (2.0±0.1)m³ b 1.4 SPF Which of the following expressions is the correct one to calculate the relative standard deviation of the final pressure Pi Write your complete procedure. ? (20²)² + (¹45)² + (¹45) 2AP 1.45 V (*)² + ( )² + ( ) St V (20) + (¹45) + (¹4) (2)² + (*)² + ( ) 2