18. Jake and Gonzalo are roommates and have saved a total of $360to spend on summer entertainment. They have decided to usethis money on tickets to baseball games and on tickets to theirlocal amusement park. Their original budget constraint is shownin the graph below. Let X represent amusement park tickets andY represent baseball tickets.Baseballtickets(Y)201510504812Newbudgetconstrainta. What is the equation of the original budget constraint?b. What is the price of an amusement park ticket? a baseball ticket?c. Assume a price change occurs and Jake and Gonzalo nowface the new budget constraint. What is the equation of thenew budget constraint?d. With the new budget constraint, what is the price of anamusement park ticket? a baseball ticket?Originalbudgetconstraint1620Amusementpark tickets (X)

solution is provided in the picture below. i hope you got the crux of it.Explanation:i hope you got…

Answered: 18. Jake and Gonzalo are roommates and…

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

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Suppose that a household has a weekly budget of $200 a week for its weekly shopping trip when it spends its weekly budget on toilet paper priced at $0.50 per roll and other goods. a. Draw a large diagram showing the household's weekly budget constraint for rolls of toilet paper and $ of other goods. Label the axes, the intercepts, the budget constraint and give the diagram a title. b. If the toilet paper and other goods are perfect complements and the household is observed to buy 24 rolls of toilet paper per week, draw an indifference curve that indicates this situation. Label the household's demands for toilet paper rolls and other goods and its indifference curve. C. Suppose a quota is introduced limiting purchases of toilet paper to 12 rolls per weekly shop. On the diagram from a. and b., draw the household's budget constraint and the highest indifference curve the household can reach. Label the household's budget constraint, demand for toilet paper rolls and other goods and the…
Suppose Lorenzo has a weekly budget of $48 to spend on ranch dressing and peanut butter. Ranch dressing is priced at $4 per bottle, and peanut butter is priced at $6 per jar. If Lorenzo spends his entire $48 on ranch dressing, he can buy jars of peanut butter. buy Use the blue line (circle symbol) to plot Lorenzo's budget constraint on the following graph. Next, use the orange point (square symbol) to shade the area that represents combinations of ranch dressing and peanut butter that are affordable for Lorenzo. Finally, place the black point (plus symbol) on the point on Lorenzo's budget constraint that corresponds to a scenario in which Lorenzo spends $24 on each good. Note: Dashed drop lines will automatically extend to both axes. PEANUT BUTTER (Jars) 24 22 20 18 2 0 + 0 2 4 12 14 16 18 20 22 bottles of ranch dressing. If he spends his entire $48 on peanut butter, he can 6 8 RANCH DRESSING (Bottles) O True False BC, ($48) O Affordable Region $24 on Each What does the slope of…
Describe and graph your own example of a budget constraint using two goods (don’t forget to label your axes). In your example, make sure to state what the budget is, the price of the two goods, what the slope of the budget constraint equals (make sure to include the correct sign), and interpret what the slope represents.
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1. Sam is going to Baltimore for the day to watch his favorite baseball team (Orioles). Sam loves his Orioles, but he is addicted to drinking beer (B) and eating hotdogs (D) while watching his team. His utility function is: U = (B*D)1/2 a. Suppose Sam has $50 to spend on beer and hotdogs. Beer costs $5 a mug and a hotdog costs $4. Draw Sam's budget constraint. b. Suppose Sam spends all of his income on beer. How many mugs of beer can he buy? What is his utility? c. Will Sam's income allow him to reach a U = 5? d. If Sam buys 4 hotdogs, how many mugs of bear can he buy? What is his utility? e. What is the combination of beer and hotdogs that yield the highest utility? 2. Firm A's Price $20 $15 $20 $40 profit $35 profit Firm B's Price $37 profit $39 profit $15 $49 profit $38 profit $30 profit $35 profit a. Firms A and B are member of an oligopoly. Which solution will Firm A and B select? b. Is there a Nash equilibrium? If so, what is it? c. Which solution will Firm A and B select if Firm…
Sarah likes basketball games and going to movies. Every month he has $480 to spend on the two activities. Ticket price of a basketball game is $15 and price of a ticket to movies is 12$. Write the budget constraint equation and draw the budget constraint for Sarah.
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Q8. Jacob's favorite activities are going to baseball games and going to the theater. Jacob's budget for these activities is $600. A ticket to a baseball game costs $15 and a ticket to the theater costs $60. a. Graph Jacob's budget constraint. b. Calculate the slope of Jacob's budget constraint c. How many t total baseball games can Jacob attend if he visits the theater six times? d. Suppose Jacob receives $300 in cash for his birthday and he decides to put all of this money toward his entertainment budget. Draw Jacob's new budget constraint. e. If Jacob now decides to visit the theater ten times, how many baseball games can he attend?
Suppose Sam has a weekly budget of $48 to spend on juice and yogurt. Juice is priced at $4 per gallon, and yogurt is priced at $2 per container. gallons of juice. If he spends his entire $48 on yogurt, he can buy containers of If Sam spends his entire $48 on juice, he can buy yogurt. Use the blue line (circle symbol) to plot Sam's budget constraint on the following graph. Next, use the orange point (square symbol) to shade the area that represents combinations of juice and yogurt that are affordable for Sam. Finally, place the black point (plus symbol) on the point on Sam's budget constraint that corresponds to a scenario in which Sam spends $24 on each good. Note: Dashed drop lines will automatically extend to both axes. ? 36 33 30 27 24 21 18 12 9 6 3 YOGURT (Containers) 0 0 + 3 6 9 12 15 18 21 JUICE (Gallons) 24 27 30 33 36 BC, ($48) 0 Affordable Region $24 on Each BC₂ ($60)
Nick has $300 a month to spend on either detailing his sports car or buying bottles of good wine. It costs $100 to have his car detailed and a bottle of wine is $50. He currently buys four bottles of wine each month and has his car detailed once. If the price of car detailing decreases to $75, Nick's budget constraint will:
Consider a graph with paper on the x-axis and pencils on the y-axis. If the price of pencils increases, then (select all that apply): Check All That Apply the budget constraint will become steeper (the absolute value of the slope will increase).the budget constraint will become steeper (the absolute value of the slope will increase). the budget constraint will become flatter (the absolute value of the slope will decrease). the budget constraint will become flatter (the absolute value of the slope will decrease). the slope of the budget constraint will not change.the slope of the budget constraint will not change. the x-intercept will increase.the x-intercept will increase. the x-intercept will decrease.the x-intercept will decrease. the x-intercept will not change.the x-intercept will not change. the y-intercept will increase.the y-intercept will increase. the y-intercept will decrease.the y-intercept will decrease. the y-intercept will not…

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