Question

In: Economics

Goods 1 and 2 are perfect complements for Kane. He always consumes these two goods in...

Goods 1 and 2 are perfect complements for Kane. He always consumes these two goods in the ratio of 2 units of good 2 for every unit of good 1. The price of good 1 is $1.00, and the price of good 2 is $4.00. Kane has $936.00 to spend. part 1) The substitution effect of a change in the price of good 2 from $4.00 to $6.00 will reduce the demand for good 2 by _______ units. part 2) The income effect of the increase in the price of good 2 from $4.00 to $6.00 will cause demand for good 2 to fall by ________ units..

Solutions

Expert Solution

(a) The good 1 and good 2 are perfect complementary goods for the Kane. We assume Good 1 as (x) and good 2 as (y) for simplicity. The utility function and budget constraint would be:

  • We are provided following budget constraint:
  • Solving the above equation for the optimization and find optimal bundles at the initial price level (1,4)

  • Putting above in the budget constaint, we find optimal bundles as

  • At the old price level (1,4) the optimal bundles are (104,208)

Now, price of good 2 (y) increases from the $4 to $6. The new prices are then (1,6). We shall find optimal bundles from the new price level.

  • Thus, at the new prices, the optimal bundle for both goods are (72,144).

Now we know that when the goods are perfect complements, the substitution effect of a price change is zero. Therefore, there exist the income effect which is equal to the total change from new to old bundle.

The demand for good 2 declines from


Related Solutions

Consumer A regards the two goods as perfect complements, always wanting 2 units of good 1...
Consumer A regards the two goods as perfect complements, always wanting 2 units of good 1 for every unit of good s, where as B regards 4 units of good s and 3 units of good 2 as perfect substitutes. Initially, A has 60 units of good 1 and 75 units of good 2, and B has 140 units of good 1 and 25 units of good 2. a) Draw an Edgeworth box (put good 1 on the horizontal axis)...
Question 1 In a two good model, if the two goods are perfect complements, they must...
Question 1 In a two good model, if the two goods are perfect complements, they must both be normal goods. Explain. Question 2 If, at your current consumption levels, your marginal utility for baseball tickets is higher than your marginal utility for football tickets, then you should go to more baseball games and less football games. True or false? Explain.
Alisa consumes only cellos (X) and cello bows (Y). These goods are perfect complements for Alisa,...
Alisa consumes only cellos (X) and cello bows (Y). These goods are perfect complements for Alisa, in a one-to-one ratio. a. Suppose the price of a cello is $50,000 and the price of a bow is $10,000. Draw three budget constraints for Alisa corresponding to her annual income being $60,000, $120,000, and $180,000. Sketch in her indifference curves (remember: perfect complements) and show the optimal bundle she would choose on each of the three budgets. b. Draw Alisa’s Engel curve...
Petra consumes only two goods, pizza (P) and hamburgers (H) and considers them to be perfect...
Petra consumes only two goods, pizza (P) and hamburgers (H) and considers them to be perfect substitutes, as shown by his utility function: U(P, H) = P + 4H. The price of pizza is $3 and the price of hamburgers is $6, and Paul’s monthly income is $300. a. Write the equation for Petra’s budget line. b. If hamburgers is on the vertical axis, what is the slope of the budget line? c. Graph Petra’s budget line. Place the hamburgers...
True or False: when goods are perfect complements, a change in price leads to an income...
True or False: when goods are perfect complements, a change in price leads to an income effect equal to the overall effect. When goods are perfect substitutes, a change in price leads to a substitution effect equal to the overall effect. Explain.
Bob always consumes creamer (x) and coffee (y) in fixed proportions. He uses two creamers for...
Bob always consumes creamer (x) and coffee (y) in fixed proportions. He uses two creamers for every coffee such that his utility function is given by U(x,y)=min{x,2y}. Given that creamer costs $1 and a coffee costs $3, find Bob's optimal consumption of creamer and coffee if he has $25 to spend.
Rob consumes two goods, x and y. He has an allowance of $50 per week and...
Rob consumes two goods, x and y. He has an allowance of $50 per week and is not endowed with either of the goods. If the price of good x increases and his substitution and income effects change demand in opposite directions, a. good x must be a Giffen good. b. good x must be an inferior good. c. WARP is violated. d. good x must be a normal good. e. There is not enough information to judge whether good...
Suppose that tea and sugar are perfect complements and that a consumer will only consume 1...
Suppose that tea and sugar are perfect complements and that a consumer will only consume 1 cup of tea with 2 cubes of sugar. The price of tea is $2/cup. (A fraction of an unsweetened cup of tea would cost that same fraction of $2). The price sugar is $0.25 per cube. A consumer has set aside $25 to spend on sweetened tea each week. Graphically depict and identify the set of feasible consumption, the budget line and its horizontal...
If two goods are perfect substitutes, both goods are produced with increasing marginal cost, and for...
If two goods are perfect substitutes, both goods are produced with increasing marginal cost, and for some reason the marginal cost of producing one of the two goods go up, but the marginal cost of producing the other good stay the same, what is the effect on the equilibrium prices of the two goods? Explain your answer carefully.
Part 2: Problems Paul consumes only two goods, pizza P and hamburgers H and considers them...
Part 2: Problems Paul consumes only two goods, pizza P and hamburgers H and considers them to be perfect substitutes, as shown by his utility function U(P,H) = P+4H.The price of pizza is pP =3 and the price of hamburgers is pH =6, and Paul’s monthly income is M = 300. (a) How many pizzas and hamburgers does he consume when he maximizes utility? Is the tangency condition satisfied? (b) Knowing that he likes pizza, Paul’s grandmother gives him a...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT