Can you help me solve this:

Please show the work, and steps. I really dont know how to do it. Thank you

.-Calculate the Heat and the work transferred in a process at:

a)Constant temperature of 350 K when 2.5 moles of The volume of a monoatomic ideal gas increased from 10 L to 30 L. Q_T = W_T = nRT ln ( V_f/V_i)

b)At constant pressure of 1.5 atm and 343 K when the volume of an ideal gas increased from 15 L to 55 L

^{c)At constant pressure W}p ^{= P ( V}final ^{â V}initial⁾

d)Adiabatic process W = PV^á»´ (V_f^(1-á»´) â V_i^(1-á»´))/ (1 -á»´) where Cp = (5/2) R and Cv= (3/2)R

á»´ = Cp/Cv = 5/3 from 12 L to 24 L and 2.5 atm

Question

Can you help me solve this:

Please show the work, and steps. I really dont know how to do it. Thank you

.-Calculate the Heat and the work transferred in a process at:

a)Constant temperature of 350 K when 2.5 moles of The volume of a monoatomic ideal gas increased from 10 L to 30 L. Q_T = W_T = nRT ln ( V_f/V_i)

b)At constant pressure of 1.5 atm and 343 K when the volume of an ideal gas increased from 15 L to 55 L

^{c)At constant pressure W}p ^{= P ( V}final ^{â V}initial⁾

d)Adiabatic process W = PV^á»´ (V_f^(1-á»´) â V_i^(1-á»´))/ (1 -á»´) where Cp = (5/2) R and Cv= (3/2)R

á»´ = Cp/Cv = 5/3 from 12 L to 24 L and 2.5 atm

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