Question: QUESTION TWO Explain the limitations of linear programming and give alternative approaches to address them (10 marks) (b) The planning committee of a bank makes

 QUESTION TWO Explain the limitations of linear programming and give alternative
approaches to address them (10 marks) (b) The planning committee of a
bank makes monthly decisions on the amount of funds to allocate to

QUESTION TWO Explain the limitations of linear programming and give alternative approaches to address them (10 marks) (b) The planning committee of a bank makes monthly decisions on the amount of funds to allocate to loans and to government securities. Some of the loans are secured (backed by collateral such as a home or automobile), and some are unsecured. A list of the various types of loans and their annual rates of return as shown below: Annual Rate of Return Type of Investment Secured loans: Residential morgage (x1) Commercial morgage (x2) Automoble (x3) Home improvement (x) Unsecured loans: Vacation (xs) Student (X) Government securities (x2) 11 12 15 13 17 10 9 b) Maximize utility U=2xy subject to a budget constraint equal to 3x +4y = 90 by: i) Finding the critical values x, y anda and ii) Using the bordered Hessian H to test the second order condition. Find the price-demand equation for a particular brand of toothpaste at a supermarket chain when the Demand is 5 tubes per week at $2.35 per tube, given that the marginal price-demand function P'(x), for x number of tubes per week is given as: c) -0.01% P'(x)=-0.015e If the supermarket chain sells 100 tubes per week, what price should it set? b) Maximize utility U =2xy subject to a budget constraint equal to 3x +4y= 90 by: i) Finding the critical values x,y and 2 and Using the bordered Hessian to test the second order condition. Find the price-demand equation for a particular brand of toothpaste at a supermarket chain when the Demand is 5 tubes per week at $2.35 per tube, given that the marginal price-demand function P(x), for x number of tubes per week is given as: c) -0.01 P'(x)=-0.015e If the supermarket chain sells 100 tubes per week, what price should it set? QUESTION FOUR: a) In a monopolistic competition, producers must determine the price that will maximize their profit. Assume that a producer offer two different brands of a product, for which the demand functions are: Q. = 14 -0.25P, Q, = 24 -0.5P And the joint cost of function is: TC = Q} +5Q, Q, +Q Find the Profit Maximizing level of output, the price that should be charged for each brand and the profits. 3

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