The demand function for a certain brand of CD is given by p--00-02 where p is...
The demand function for a certain brand of CD is given by the following equation where is the wholesale price in dollars and x is the quantity demanded each week, mesured in units of a thousand p=-0.01 -0.22+19 Determine the consumers' surplus if the wholesale market price is set at 51/disc. Round your answer to two decimal places) $ 1,860,000 00 X Need Help?
Consumers' Surplus The demand function for a certain make of replacement cartridges for a water purifier is given by the following equation where p is the unit price in dollars and x is the quantity demanded each week, measured in units of a thousand. p - -0.01x? -0,3x + 41 Determine the consumers' surplus if the market price is set at $1/cartridge (Round your answer to two decimal places.) $ 0.16 X Need Help? Read it Talk to a Tutor...
The demand function for a certain model of Blu-ray player is given by p = 900 0.5x + 2 where p is the unit price in dollars and x (in units of a thousand) is the quantity demanded per week. What is the consumers' surplus if the selling price is set at $300/unit? (Round your answer to the nearest dollar.)
The demand function for a Christmas music CD is given by q=D(p)=0.25(225−p2) where qq (measured in units of a hundred) is the quantity demanded per week and pp is the unit price in dollars. (a) Find the elasticity function E(p)= (b) Evaluate the elasticity at 10. E(10)= (c) Should the unit price be lowered slightly from 10 in order to increase revenue? ? yes no (d) Use the elasticity of demand to find the price which maximizes revenue for this product. p= dollars...
The supply equation for a certain brand of radio is given as follows where x is the quantity supplied and p is the unit price in dollars. p s(x) = 0.3vx + 10 Use differentials to approximate the change in price when the quantity supplied is increased from 16900 units to 17400. (Give your answer correct to the nearest cent.) The supply equation for a certain brand of radio is given as follows where x is the quantity supplied and...
Demand Function for Sports Watches The demand function for the Sicard sports watch is given by 10 d) - (05x520) 0.01 - 1 where x (measured in units of a thousand) is the quantity demanded per week and dow) is the unit price in dollars. (a) Find x) d') (b) Find the following values in dollars per thousand watches. (Round your answers to two decimal places.) 015) - per thousand watches (10) - per thousand watches 014) - per thousand...
66. DEMAND FOR COMMODITIES Assume that the demand func tion for a certain commodity has the form ax+ where x is the quantity demanded, measured in units of a thousand and p is the unit price in dollars. Suppose the quantity demanded is 6000 ( 6) when the unit price is $8 and 8000 (x = 8) when the unit price is $6. Determine the demand equation. What is the quantity demanded when the unit price is set at $7.50?
The demand equation for a certain product is given by p = f(q) = 25/3q2 +2 where p is the unit price in dollars and q is the quantity demanded each year, measured in thousands of units. It is expected that the demand will be 2000 units for the year, with a maximum error of 10%. What is the maximum error in the predicted price?
The demand function for a certain commodity is given by p 100e2. (p is the price per unit and q is the number of units.) (a) At what price per unit will the quantity demanded equal 4 units? (Round your answer to the nearest cent.) (b) If the price is $2.95 per unit, how many units will be demanded, to the nearest unit? units
The demand function for a certain commodity is given by p = 100e-9/2. (p is the price per unit and q is the number of units.) (a) At what price per unit will the quantity demanded equal 4 units? (Round your answer to the nearest cent.) $ (b) If the price is $1.99 per unit, how many units will be demanded, to the nearest unit? units