Question

the total cost required to produce x units of electrical tape and Y units of packing...

the total cost required to produce x units of electrical tape and Y units of packing tape and y units of packing tape is given by C(x,y)=2x^2+3y^2-2xy+2x-126y+3800

find the number of units of each kind of tape that should be produced so that the total cost is a minimum. Find the minimum total cost.

Homework Answers

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The joint cost (in dollars) for two products is given by C(x, y) = 25 +...
The joint cost (in dollars) for two products is given by C(x, y) = 25 + x2 + 3y + 2xy where x represents the quantity of product X produced and y represents the quantity of product Y produced. (a) Find the marginal cost with respect to x if 7 units of product X and 11 units of product Y are produced. $ ??? (b) Find the marginal cost with respect to y if 7 units of product X and...
9) The total cost (in dollars) to produce q units of a good is given by...
9) The total cost (in dollars) to produce q units of a good is given by the function: C(q) = 5.2q + 43000 Answer the following. (A) What is the total cost to produce 4,000 units? Cost = $ (B) How many units can be produced with a total of $93,960 Answer = 11) Consider the function f(x)=4−4x2,  −3≤x≤1, The absolute maximum value is = ? and this occurs at x = ? The absolute minimum value is = ? and...
a) Find the values of x and y in order to maximize the value of Q....
a) Find the values of x and y in order to maximize the value of Q. 2x+y=10 3x^2y=Q b) Find the number of units you will have to produce if you want to maximize profit if the cost and price equations are given below. Then find the maximum profit made. (6 points) C(x)= 4x+10 R(x)= 50x-0.5x^2 Units Produced: ____________________ Maximum Profit: ____________________ (Please show all work possible)
1. A manufacturer produces its products at two locations. Let x and y be the number...
1. A manufacturer produces its products at two locations. Let x and y be the number of units produced at these two locations. The cost function is modeled by                                      . C(x,y)=0.25x^2-25x+0.05y^2-12y+3000 Find the number of units that should be produced at each location to minimize the cost. 2. Given a surface f(x,y)=x^2+y^2-xy and a point (2,1,3) on the surface, find the slopes of the surface at the point in the x-direction and the y-direction. Please show work
17) The total cost (in dollars) to produce qq units of a good is given by...
17) The total cost (in dollars) to produce qq units of a good is given by the function: C(q)=4.3q+57000 (A) What is the total cost to produce 2200 units? (B) How many units can be produced with a total of $67320? 18) Terry is skiing down a steep hill. Terry's elevation, E(t), in feet after t seconds is given by E(t)=3000−90t. Select Correct Answers. The equation tells us that Terry started (at an elevation of) OR (at a time of)...
A company has a plant in Portland and a plant in Baltimore. The firm is committed...
A company has a plant in Portland and a plant in Baltimore. The firm is committed to produce a total of 146 units of a product each week. The total weekly cost is given by C(x,y)=(1/3)x^2+(1/3)y^2+57x+65y+1000, where x is the number of units produced in Portland and y is the number of units produced in Baltimore. How many units should be produced in each plant to minimize the total weekly cost?
Suppose that the total cost function, in dollars, for the production of x units of a...
Suppose that the total cost function, in dollars, for the production of x units of a product is given by the equation shown below. C(x) = 17640 + 65x + 0.4x2 Then the average cost of producing x items is represented by the following equation. C(x) = total cost = 17640 + 65 + 0.4x x x (a) Find the instantaneous rate of change of average cost with respect to the number of units produced, at any level of production....
If the total cost function for a product is C(x) = 9(x + 3)^3 dollars, where...
If the total cost function for a product is C(x) = 9(x + 3)^3 dollars, where x represents the number of hundreds of units produced, producing how many units will minimize average cost? a) x= ? b) Find the minimum average cost per hundred units.
A company has a plant in Scranton and a plant in Salt Lake City. The firm...
A company has a plant in Scranton and a plant in Salt Lake City. The firm is committed to produce a total of 498 units of a product each week. The total weekly cost is given by C(x,y)=5/4^x2+1/4y^2+36x+54y+600, where x is the number of units produced in Scranton and y is the number of units produced in Salt Lake City. How many units should be produced in each plant to minimize the total weekly cost?
(1 point) A company manufactures x units of one item and y units of another. The...
(1 point) A company manufactures x units of one item and y units of another. The total cost in dollars, C, of producing these two items is approximated by the function C=7x^2+4xy+6y^2+700. (a) If the production quota for the total number of items (both types combined) is 108, find the minimum production cost. cost = (b) Estimate the additional production cost or savings if the production quota is raised to 109 or lowered to 107. production cost or savings =
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT