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Given the following conditions for a gas: V1= 0.665 L, T1 = 23.6Â°C, V2 = 1.034 L. What is T2 in degrees Celsius and kelvins?

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Of the following, which one is impossible for an ideal gas?.

A) V1/T1=V2/T2

B)V1T1 = V2T2

C) V1/V2=T1/T2

D)V2 =T2/T1^V1

E) V1/V2=T1/T2 = 0

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For the Carnot cycle assuming an ideal gas and reversible processes, determine the change in entropy, dS_sys, of the system (not the surroundings) for each of these four steps.

Step 1: isothermal expansion from (V₁,P₁, T₁) to (V₂, P₂, T₁).

Step 2: adiabatic expansion from (V₂, P₂, T₁) to (V₃, P₃, T₂).

Step 3: isothermal compression from (V₃, P₃, T₂) to (V₄, P₄, T₂).

Step 4: adiabatic compression from (V₄, P₄, T₂) to (V₁,P₁, T₁)

Which gas law may be most useful to solve for a unknown change in pressure it temperature is changed by a known amount.

		PV=nRT
		P1V1=P2V2
		V1/T1=V2/T2
		P1/T1=P2/T2

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Given the following conditions for a gas: V1= 0.665 L, T1 = 23.6Â°C, V2 = 1.034 L. What is T2 in degrees Celsius and kelvins?

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