Consider a 2period mrerlapping generations economy with an initial population ND 2 5H0. Each generation is n = 1.5 times larger than the previous one. Each individual is endowed with y = 100 units of the consumption good when young, and nothing when old. The only way to acquire consumption in old age is by exchanging part of the endowment when young for at lef money. The initial old are endowed with M0 2 2E], {l imits of at money. The money stock grows at rate 2 = Lil] every period. Newly created at money in every period t is distributed as a lumpsum transfer to old individuals worth e units of the wnsurnption good. Assume stationary allocations of consumption throughout the exercise. (a) (5 points] Write down total sources and total uses of goods in this economy in period t and nd the per-capita feasible set that a central planner faces in this economy. {b} [5 points) Turning to the monetary equilibrium, write down equations that represent the constraints on rst and secondperiod consumption for a typical person born in period t. Combine these constraints into a lifetinle budget constraint. (Hint: Moire sure to consider all searccs offends for the old.) (c) (5 points] Find the equation representing the equality of supply and demand in the mar- ket for money (money market clearing] in an arbitrary period t. Starting from this equation, derive the real rate of return to at money, %. (d) [I'll points) Assume that e. = 0.8. Use a graph that combines the feasible set, the lifetime budget constraint, and arbitrarily dream indifference curves to argue whether or net the monetary equilibrium attains the Golden Rule in this economy. Clearly label all axes and other relevant elements in the graph. Explain in your own words