The internal energy function for an ideal monoatomic gas is U = 1.5m BT. for an adiabatic expansion of an ideal monoatomic gas from (Piv.) to meto (P₂V₂), what are the values of the neat of and PV works W7 q=0 W = 1-5 Clava - P,V, ) 2=0 W=-1.5 (PaNa - P₁v₁ ) q=1.5( Pa √ ₂ - P₁V₁ ) W = -1.5 (PaVa-P, V, ) (@) 9 = 1.5 (Pava -P, V, ) W = 1-5 (Pa Vg₂ - P₁V₂) O.

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O.
The internal energy function for an ideal
monoatomic gas is U = 1.5 mBT. for an adiabatic
expansion of an ideal monoatomic gas from
(Piv.) to meto (P₂V₂), what are the
values of the neat of and
PV works W7
q=0
W = 1-5 Clava - P.V₁ )
2=0
W=-1.5 (PaNa - P₁v₁ )
2= 1·5 (Pa √ ₂ - P₁V₁ )
W = -1.5 (PaVa-P, V, )
(@) 9 = 1.5 (Pava -P, V, )
W = 1-5 (Pa Vg₂ - P₁V₂)
Transcribed Image Text:O. The internal energy function for an ideal monoatomic gas is U = 1.5 mBT. for an adiabatic expansion of an ideal monoatomic gas from (Piv.) to meto (P₂V₂), what are the values of the neat of and PV works W7 q=0 W = 1-5 Clava - P.V₁ ) 2=0 W=-1.5 (PaNa - P₁v₁ ) 2= 1·5 (Pa √ ₂ - P₁V₁ ) W = -1.5 (PaVa-P, V, ) (@) 9 = 1.5 (Pava -P, V, ) W = 1-5 (Pa Vg₂ - P₁V₂)
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