Please answer A-F (as many as possible) based on the attached images. I will leave a good review!

Durable Consumption. In the two-period consumption-savings framework, the representative consumer's utility function is U(G, C2, C ,C2 ) = In(c,)+yr . In(cp)+ B[In(cz)+ w . In(cp* )], in which the parameter B (the Greek lowercase letter "beta") is a fixed exogenous number between zero and one, w/ (the Greek lowercase letter "psi") is a fixed exogenous strictly positive number, c, is the period-1 flow of "nondurable" consumption, c, is the period-2 flow of "nondurable" consumption, and coul and cour coUR are "durable" goods in periods 1 and 2, respectively. The relative prices of durable goods are p, and p, DUR in periods 1 and 2, respectively. As can be seen in Figure 1, durable consumption goods are stock variables, not flow variables. Due to "wear and tear" of durable goods, an exogenous fraction & (the Greek lowercase letter "delta") of durable goods depreciates between periods. The depreciation parameter lies between zero and one (i.e., 0