Derive an equation for the work of a mechanically reversible, isothermal compression of 1 mol of a gas from an initial pressure pi to a final temperature p2 using the equation of state: z = 1 + b'p how does this result compare with the work found with the corresponding equation for an ideal gas?

The long derivation for work of a mechanically reversible, isothermal compression was done with detailed steps as shown in the attachment.

Explanation:

what is applied here is a long derivation from Work done in an isobaric process, the expression for the compressibility factor (Z) and the equation of state that was given. The requisite knowledge of Differentiation and Integration was used.

The detailed derivation from firs principle is as shown in the attachment.

answer:

will get back asap

explanation:

explanation:

which ordered pair is not in the solution

y > -1/2x + 5

y ≤ 3x - 2

a) (5,3) b) (4,3)

c) (3,4) d) (4,4)