A company supplies a product according to the pricing function, p(x)=0.79x+47px=0.79x+47. The retailer has determined the demand of the product follows the pricing function, p(x)=−0.04x+802px=−0.04x+802. a. At a production level of 4,300 items, what price should be set according to the supply function? $   b. At a production level of 4,300 items, what price should be set according to the demand function? $   c. Find the equilibrium price and quantity. (Round to the nearest item if necessary, round to the nearest cent for price) x =   items y = $

Suppose that the number of tee shirts sold (N) depends linearly on the price charged (x). Write an equation showing this dependence.

A small bicycle manufacturer has daily fixed costs of $1958 and each bicycle costs $78 to manufacture. Let x represent the number of bicycles manufactured and C(x) represents the cost of manufacturing. Complete parts (a) through (c). www. (a) Write a linear function that models this situation. C(x) = (b) Find C(6). Interpret your answer in the context of this problem. C(6)=. This means that the cost of manufacturing bicycles in a day is $ A (c) Find the value of x if C(x) = 2738. Express this situation using function notation, and interpret it in the context of this problem. when C(x) = 2738. This means that the cost of manufacturing bicycles in a day is $