A note card company has found that the marginal cost per card of producing x note...
A company determined that the marginal cost, C'(x) of producing the xth unit of a product is given by C'(x) = x2 - 6x. Find the total cost function C, assuming that C(x) is in dollars and that fixed costs are $3000. C(x) =
The weekly marginal cost of producing x pairs of tennis shoes is given by the following function, where C(x) is cost in dollars. 200 x + 1 c'(x)=17+ If the fixed costs are $3,000 per week, find the cost function. What is the average cost per pair of shoes if 1,000 pairs of shoes are produced each week? The cost function is C(x)=0 If 1,000 pairs of shoes are produced each week, the average cost per pair of shoes is...
5 of 8 (0c This Question: 10 pts The marginal average cost of producing x digital sports watches is given by the function C(x), where С(x) is the average cost in dollars 1,000 で(x)=- Find the average cost function and the cost function. What are the fixed costs? The average cost function is □ The cost function is cw- The fixed costs are C(100)-20 Enter your answer in each of the answer boxes.
6x² + c 60x A company has found that the marginal cost (in thousands of dollars) to produce x central air conditioning units is C'(x) = where x is the number of units produced (a) Find the cost function, given that the company incurs a fixed cost of $15,000 even if no units are built. (b) The company will seek a new source of investment income if the cost is more than $19,000 to produce 5 units. Should they seek...
A concert promoter sells tickets and has a marginal-profit function given below, where P'(x) is in dollars per ticket. This means that the rate of change of total profit with respect to the number of tickets sold, x, is P'(x). Find the total profit from the sale of the first 200 tickets, disregarding any fixed costs. P'(x) = 3x - 1140 The total profit is $ (Round to the nearest cent as needed.)
A clothing company determines that its marginal cost, in dollars per dress, is given by the function below. The total cost of producing the first 200 dresses is $6800. Find the cost of producing the 201st through the 320th dress. 3 C'(x) = -25% +46, for xs 370 The total cost is $ (Round to the nearest dollar as needed.)
The Marginal Cost for producing x Tshirts is modeled by the
function
. Find the cost function if the fixed cost is 350$.
22/23 Suppose the marginal cost function for a month for a certain product is: MC = 3X + 50, where X = # of units; cost in $. If the fixed costs = $10,000 per month. Find the total cost function for the month. The rate of change of the cost (marginal cost) for a product is: MC = 3(2X+25)^1/2; X=#units; Cost in $ If the fixed costs per month = $11,125, what would be the total...
The cost of producing x bags of dog food is given by Co)-600+100+10x x where 0sx s 5000. Find the marginal-cost function The marginal-cost function is C'(x) (Use integers or fractions for any numbers in the expression.)