--%>

Problem on Budget constraints

James and Louisa each have an income of $30, which they each spend on tomatoes and all other goods.  They buy tomatoes at their local farmers market, which charges $3 per pound.  Define the units for all other goods so that their price is $1 per unit.  Their preferences may be different, but assume they each have indifference curves with the “standard” shape, and that they each choose to consume less than 5 pounds of tomatoes at this price.

a. The farmers market decides to offer a new quantity discount.  The first 5 pounds of tomatoes bought by any consumer still cost $3 per pound, but any additional quantity of tomatoes can be purchased for $1.50 per pound.  Carefully draw James’ and Louisa’s new budget constraints on the two sets of axes on the next page, putting tomatoes on the x-axis and clearly indicating the quantities at the intercepts. (Note:  their budget constraints will be identical since they have the same income and face the same prices/discounts)

b. In response to the quantity discount, James now purchases more than 5 pounds of tomatoes, but Louisa continues to buy less than 5 pounds. Draw indifference curves on their respective graphs that are consistent with the descriptions of each of their consumption decisions.

   Related Questions in Microeconomics

  • Q : Competitive Prices for selling This

    This purely-competitive producer’s generic bricks presently sell for: (i) $60 per thousand. (ii) $70 per thousand. (iii) $80 per thousand. (iv) $90 per thousand. (v) $100 per thousand.

    Q : Problem of Nash Equilibrium Carlos and

    Carlos and Ivana are room-mates and friends. Carlos and Ivana eat together despite who cooks on a given night. Within this payoff matrix, Nash equilibrium could never be obtained in that: (w) neither Carlos nor Ivana cook, nor do they eat. (x) Carlos

  • Q : Total revenue in profit-maximizing

    Total revenue (i.e., TR=PQ) for such profit-maximizing competitive firm equals area as: (a) 0P1gq5. (b) 0P1dq4. (c) 0P2cq3. (d) P2

  • Q : Procedure of transforming predictable

    The procedure of transforming predictable income streams in wealth is termed as: (1) capitalization. (2) profiteering. (3) financial alchemy. (4) capitalism. (5) asset conversion. Can someone explain/help me with b

  • Q : Example of demand curve shifts upward

    Can someone help me in finding out the precise answer from the given options. When consumers become willing and capable to purchase more of a good at each and every possible price, then the: (i) Demand curve shifts up-ward and to right. (ii) Quantity demanded increase

  • Q : Greater economics loss than fixed costs

    Within the short run, there a monopolistically competitive firm will NOT operate at: (w) an economic loss that is less than fixed costs. (x) an economic loss that is greater than fixed costs. (y) making a normal profit. (z) making economic profits.

  • Q : Total utility and marginal utility Can

    Can someone please help me in finding out the accurate answer from the following question. The paradox of the value (also termed as the diamond-water paradox) occurs from: (1) High transaction costs. (2) Low transaction costs. (3) Failures to differentiate among the m

  • Q : Compute rate of return on interest rate

    When the rate of return you compute onto an asset exceeds the interest rate: (w) its present value exceeds its price. (x) the market is within long term equilibrium. (y) you should avoid buying the asset. (z) the price must fall quick

  • Q : Short-run consequence of hurricanes

    A probable short-run consequence of a devastating sequence of hurricanes smashing by Florida would be: (w) reductions within the prices of building materials. (x) raises the price of tickets at Disney World. (y) declining demand for Florida oranges due to higher price

  • Q : Derived Demand problem The change in

    The change in price of a resource will cause a modification in the: (i) Demand for the resource. (ii) Supply of resource. (iii) Quantity demanded of resource. (iv) Demand for good in resource production. Find out the right answer f