Solve a Consumers' or Producers' Surplus Problem. A sports watch has a price-demand equation given by P D(z) 95-2 0.21171z = dollars, which gives the price per watch when x watches are demanded. The price-supply equation for the watch is given by p=S(x)=0.7x+5 dollars, which gives the price per watch when watches are supplied. If the equilibrium quantity is 13, find the consumers' surplus and the producers' surplus. The consumers' surplus is (Your answer must begin with $.) The producers' surplus is (Your answer must begin with S.)

4. There is no demand for a certain make of one-time use camera when the unit price is $ 12. However, when the unit price is $ 8, the quantity demanded is 8000/week. The supplier will not market any cameras if the unit price is $ 2 or lower. At $ 4/camera, however, the manufacturer will make available 5000 cameras/week. Given that both the supply and demand equations are linear: (a) Determine the associated linear demand function (b) Determine the linear supply function. (c) At what price should the camera be sold so that there is neither a surplus nor a shortage?

Consider the demand function for processed pork in Canada, Q. = 590.00 – 36p + 20p, + 3p. + 0.002Y The supply function for processed pork in Canada is: Q. = 442.00 + 52p - 60p, p is the price of pork Pn is the price of beef = $4 per kg Q is the quantity of pork demanded Po is the price of chicken = $3 per kg (measured in millions of kg per year) Y is the income of consumers = $12,500 Ph is the price of a hog = $1.50 per kg Solve for the equilibrium price and quantity for pork. The equilibrium price of pork is $and the equilibrium quantity of pork is million kg per year. (Enter numeric responses using real numbers rounded to two decimal places.) étv MacBook Air DII DD 80 F8 F9 F10 F2 F3 F4 F5 F6 F7

The demand function for a certain brand of DVD is given by p = = -0.001x? – 0.2x + 8 where p is the unit price in dollars and x is the quantity demanded each week, measured in units of a thousand. Determine the consumers' surplus if the mar- ket price is set at $18 per disc.

The price-demand equation for a particular flashlight is given by p = 118 - 0.002x, where x is the number of flashlights demanded when the price is p dollars each. The flashlight manufacturers will produce no flashlights if the price is $79 or less, and they will market 5,500 flashlights when the price is $101 per flashlight. (Assume the price-supply equation is linear.) (a) Find the consumers' surplus for this commodity. $ (b) Find the producers' surplus for this commodity. $

You are the Economic Consultant for Zuku Farms Ghana Limited. Zuku produces cowpea in a community where producers are able to switch back and forth between cowpea and groundnut depending on market conditions. Consequently, you were tasked by the management of Zuku and you estimated the demand function for cowpea as follows: where  is the quantity of cowpea demanded in bags per month,  is the average price of cowpea in Ghana Cedis,  is the average price of groundnut in Ghana Cedis, and Y is the income of consumers. Assuming  is initially GH¢31.00 per bag, Y is GH¢1001.50. Also that your estimated supply function for cowpea is as follows:  QS = -25 + 3.5PC -1.5Pf – 0.5Pg + 0.25R Where Qs is the quantity supplied of cowpea in bags,  Pc and Pg are as defined above,  Pf is the price of fertilizer per bag, R is the amount of rainfall (in inches). If  Pf = GH¢10, R= 40 inches and Pg= GH¢31.00 Find the resulting supply function for cowpea and determine the equilibrium price and quantity.…

Hariri Shuttles (HS) makes two types of shuttles (for looms), type A and type B. The demand for equations for HS shuttles are 9A [Select] = ¶B where PÅ and pÅ are the prices set by HS for type A and type B shuttles, respectively, and 9₁ and q are the corresponding weekly demands for these goods. HS's weekly production cost is c = 30qA+40qB + 1000. (a) The prices that HS should set to maximize their weekly profit are p [Select] [Select] and PB = 100 - 3PA +2PB and 120+ PA 1.5PB (b) The corresponding weekly demands are (c) HS' maximum weekly profit is * = = [Select] [Select] = and B =

The demand and supply functions for a particular commodity are D(x) = 80e-0.001x and S(x)= 30e0.001r , where x is the number of units of the product, D(x) is the price that results in a consumer demand of x units and S(x) is the price that results in a producer supply of x units. a. Find the equilibrium point using your calculator and identify the equilibrium units and price. Give your answers to the nearest whole unit and nearest dollar. The value of x at equilibrium is units. The value of p at equilibrium is b. Determine the consumers' surplus.

Consider the demand function for processed pork in Canada, Qd = = 270.00 - 12p +20p + 3pc +0.002Y The supply function for processed pork in Canada is: Qs p is the price of pork Q is the quantity of pork demanded (measured in millions of kg per year) Solve for the equilibrium price and quantity for pork. The equilibrium price of pork is $ rounded to two decimal places.) = 234.00 + 36p - 60ph Pp is the price of beef = $4 per kg Pc is the price of chicken = $3 per kg Y is the income of consumers = $12,500 Ph is the price of a hog = $1.50 per kg and the equilibrium quantity of pork is million kg per year. (Enter numeric responses using real numbers

Consider the demand function for processed pork in Canada, Q = 590.00 – 36p + 20p, + 3p. + 0.002Y The supply function for processed pork in Canada is: Q = 442.00 + 52p – 60pn p is the price of pork Ph is the price of beef = $4 per kg Q is the quantity of pork demanded. Pe is the price of chicken = $3 per kg Y is the income of consumers = $12,500 Ph is the price of a hog = $1.50 per kg (measured in millions of kg per year) Solve for the equilibrium price and quantity for pork. The equilibrium price of pork is $ and the equilibrium quantity of pork is million kg per year. (Enter numeric responses using real numbers rounded to two decimal places.) étv 30 MacBook Air DII DD 08 F10 F9 F7 FB esc F4 F5 F6 F2 F3 F1 & @ #3 2$ 3 4 7 8 1 W Y * 00