Given: (x is number of items) 3267 Demand function: d(@) = Supply function: (x) = 3,T Find the equilibrium quantity: items Find the consumers surplus at the equilibrium quantity: 5Given: [3' i5 number of items 33!] Supply function: 3(3) 2 E Find the equilibrium quantity: items Find the producer surplus at the equilibrium quantity: _ Demand function: rift} = Given: (x is number of items) Demand function: d(@) = 300 - 0.2r Supply function: 8(x) = 0.6r Find the equilibrium quantity: Find the consumers surplus at the equilibrium quantity:Given: (x is number of items) Demand function: d(@) = 100 - 0.5x Supply function: $(x) = 0.3x Find the equilibrium quantity: Find the producers surplus at the equilibrium quantity:Given: (x is number of items) Demand function: d(x) = 230.4 - 0.6:2 Supply function: s(x) = 0.3x2 Find the equilibrium quantity: Find the consumers surplus at the equilibrium quantity:Given: {3: is number of items] Demand function: {HI} = 1155 H.422 Supply.r function: s{::} = [1.55:2 Find the equilibrium quantity: Find the producers surplus at the equilibrium quantity: Find the accumulated present value of an investment over a 3' year period if there is a continuous money flown.r of $1, per year and the interest rate is 1.1% compounded continuously. _ Acompany is considering expanding their production capabilities with a new.r machine that costs $?,l] and has a projected lifespan of 1" years. They estimate the increased production will provide a constant S11, per year of additional income. Money can earn 1.6% per year, compounded continuously. Should the company buy the machine? life of the machine