For methyl choride at 100 °C the virial coefficients are B= -242.5 cm³/mol and C= 25,000 cm/mol?. Calculate the work of a mechanically reversible, compression of I mol of methyl chloride from 1 bar to 55 bar at 00°C. Base calculations on the following farms of the virial equations: a. Z =1+(B/V)+(C/V²) b.Z =1+ B'P + C'P2 where B' = B/and C' = (C-B²)/(RT)² %3D %3D

Use the data from this table of thermodynamic properties to calculate the values of AS for each of the reactions at 25 °C. C(s, graphite) + H, O(g) CO(g)+ H,(g) AS = N, (g) + 3 H, (g) - 2 NH,(g) AS = K Question Source. McQuar

A 0.1 kg block of pure copper at a temperature of 250°C is dropped into a 4°C water bath. The bath contains 0.03 m^3 of water and is well insulated. Find the final temperature after the block and the water reach thermal equilibrium. (It is reasonable to assume the following: the specific heat of water is equal to the value at 4°C; the specific heat of the material in the block can be taken to be a constant value evaluated at a temperature mid-way between the initial temperatures of the block and the water.)

Explain in words and/or equations the differences and/or relation-ships between the following: (Image offers symbols in a clearer fashion)(a)  Gi_bar, μi, Gi (Molar gibbs free energy, chemical pontential, gibbs free energy)(b)  G^R and G^E (Gibbs residual and Gibbs excess property [ie. Excess = molar vs ideal mixture])(c)  f_i and P (fugacity and pressure)