Concept explainers
In Exercises 1-14,
a. (a)
b. (b) $2.22
c. (c) $0.98
Want to see the full answer?
Check out a sample textbook solutionChapter 5 Solutions
CALCULUS+ITS...,EXP.(LL)-W/CODE NVCC
Additional Math Textbook Solutions
A First Course in Probability (10th Edition)
Calculus: Early Transcendentals (2nd Edition)
Elementary Statistics (13th Edition)
Introductory Statistics
Thinking Mathematically (6th Edition)
- Suppose that in a certain market the demand function for a product is given by 10p + q = 1,900 and the supply function is given by 50p − q = 250. (Assume price is measured in dollars.) If the government levies a tax of $5 per item, find the equilibrium point after the tax is levied. The tax is added to the selling price of the product. (q, p) =arrow_forwardSuppose that the price-demand and the price-supply equations are given respectively by the following: p= D(x) = 50 - 0.24x, p = S(x) = 14 +0.0012x² (a) Determine the equilibrium price p and the equilibrium quantity. (b) Calculate the total savings to buyers who are willing to pay more than the equilibrium price p.' (c) Calculate the total gain to sellers who are willing to supply units less than the equilibrium price p.arrow_forwardThe supply and demand function for a product are qs=p2 -200 and qd=p2-20p+400. Determine the market equilibrium price and quantity. A bank account pays 5.5% annual interest, compounded monthly. How long will it take the money to double in this account? If the present value is Rs.1, its future value is Rs.2. The bank is compounding monthly; thus, the interest rate is 5.5/12 percent per month.arrow_forward
- 5. Find E (p) for the price-demand equation Find and interpret each of the following: (a) E (8), E (30), (b) (c) z=f(p) 1000 (40-p). E (20).arrow_forwardSuppose that the direct demand and direct supply functions are x = √200 - p and x = √p - 38, respectively (where x is quantity and p is price). Solve for the equilibrium price and quantity. Using integral, determine the consumer, producer and social surplus.arrow_forward2. The demand and supply functions for seats on a certain weekend bus route are given by Demand function: P = 58-0.2Q Supply function: P = 4 +0.1Q (a) Calculate the equilibrium price and quantity. Plot the demand and supply functions and illustrate consumer and producer surplus at equilibrium. (b) Calculate: (i) The amount consumers pay for bus journeys at equilibrium. (ii) The amount consumers are willing to pay for bus journeys up to equilibrium. (iii) The consumer surplus (CS); hence, show that the CS = (ii) - (i). (c) Calculate: (i) The amount the producer (bus company) receives for bus journeys at equilibrium. (ii) The amount the producer is willing to accept for bus journeys up to equilibrium. (iii) The producer surplus (PS); hence, show that the PS = (i) - (ii).arrow_forward
- 1. A company sells baseball cards. The cost equation to manufacture the product is given by C (x) = x^2 - x + 31. The company sells its cards for $ 3.00 each. Therefore, your income equation is R (x) = 3x, where R is income and x is the number of units sold in the week (in thousands). Find and interpret the equilibrium point. PLEASE SHOW STEPS CLEARLY.arrow_forwardConsider the market for pork illustrated in the graph. Suppose initial demand (D') is Q= 290 – 20p and supply (S') is Q = 80 + 40p and that a $3.00 tax is charged to consumers, shifting the demand curve to Dʻ. Using the original and after-tax pork demand functions and the supply function, derive the initial equilibrium price and quantity and the after-tax equilibrium price and quantity. (Enter all responses using real numbers rounded to two decimal places) The equilibrium price is initially $ 3.5 per kg. P2 After the tax, the new equilibrium price is $ per kg. D2 Q2 Q1 Q, Million kg of pork per year 22 étv 2 MacBook Air DII 80 F8 F9 F7 F6 F4 F5 F2 F3 & 云。 p. $ per kg * %24arrow_forward
- Algebra & Trigonometry with Analytic GeometryAlgebraISBN:9781133382119Author:SwokowskiPublisher:CengageAlgebra and Trigonometry (MindTap Course List)AlgebraISBN:9781305071742Author:James Stewart, Lothar Redlin, Saleem WatsonPublisher:Cengage Learning