Final Answer:
(a) The profit maximization problem is to maximize π = TR - TC, where TR is total revenue and TC is total cost.
(b) Equilibrium price (P) is $30 million per unit and equilibrium quantity (Q) is 30 million units.
(c) Average revenue (AR) = P = 60 - Q/2, Marginal revenue (MR) = 60 - 2Q, Average total cost (ATC) = 1/2Q, Marginal cost (MC) = Q.
(d) The curves show AR, MR, MC, and ATC intersecting at the equilibrium point of P=$30 and Q=30M; the profit rectangle lies between ATC and AR/MR curves.
(e) Price elasticity of demand at equilibrium is -1, indicating unitary elasticity.
(f) Price markup over marginal cost is $30, resulting from market power and differentiated products.
Step-by-step explanation:
The profit maximization problem involves finding the level of output where a firm's revenue exceeds its costs. In this scenario, the equilibrium price and quantity are reached where demand equals supply, maximizing profit. The revenue and cost functions help derive average and marginal measures.
The curves visually represent how these functions intersect at equilibrium. Elasticity of demand at equilibrium denotes the sensitivity of quantity demanded concerning price changes. The price markup highlights the firm's ability to set prices above marginal cost due to factors like market power or product differentiation, allowing for profit generation.