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QUESTION 2 p. A closed triangular box with a volume of 16 f' is made from two kinds of materials. The top and bo...
Question 10 A closed rectangular box with a volume of 108ft is made from two kinds...
Question 10 A closed rectangular box with a volume of 108ft is made from two kinds of materials. The top and bottom are made of material costing 56 cents per square foot and the sides from material costing 14 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized. Assume that w<l. 1 = ft W = ft h= ft
A closed rectangular box with a volume of 1611 is made from two kinds of materials....
A closed rectangular box with a volume of 1611 is made from two kinds of materials. The top and bottom are made of material conting 24 cents per square foot and the wes from material conting 12 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized Assume that w s1 W= 10
Question 10 A dosed rectangular box with a volume of 1626 is made from two kinds...
Question 10 A dosed rectangular box with a volume of 1626 is made from two kinds of materials. The top and bottom are made of material costing 48 cents per square foot and the sides from material costing 8 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized. Assume that w s I ft ft Question Attempts of I used SAVERS LATER MapleNet
A rectangular box, open at the top, is to have a volume of 1,728 cubic inches. Find the dimension...
A rectangular box, open at the top, is to have a volume of 1,728 cubic inches. Find the dimensions of the box that will minimize the cost of the box if the material of the bottom costs 16 cents per square inch, and the material of the sides costs 1 cent per square inch.
A rectangular box, open at the top, is to have a volume of 1,728 cubic inches. Find the dimensions of the box that will minimize the...
A shipping company must design a closed rectangular shipping crate with a square base. The volume...
A shipping company must design a closed rectangular shipping crate with a square base. The volume is 29376 ft. The material for the top and sides costs $4 per square foot and the material for the bottom costs $13 per square foot. Find the dimensions of the crate that will minimize the total cost of material Answer 4 Points Keypad It by It by
(1 point) Find the most economical dimensions of a closed rectangular box of volume 9 cubic units if the cost of the ma...
(1 point) Find the most economical dimensions of a closed rectangular box of volume 9 cubic units if the cost of the material per square unit for () the top and bottom is 7, (ii) the front and back is 3 and (ii) the other two sides is 8 Vertical edge length - Horizontal front and back edge length- Horizontal side edge length
(1 point) Find the most economical dimensions of a closed rectangular box of volume 9 cubic units...
A shipping company must design a closed rectangular shipping crate with a square base. The volume...
A shipping company must design a closed rectangular shipping crate with a square base. The volume is 8748 ft". The material for the top and sides costs $3 per square foot and the material for the bottom costs $6 per square foot. Find the dimensions of the crate that will minimize the total cost of material. Answer 7 Points Keypad Keyboard Shortcuts ft by ft by ft
3) You are constructing a 12 cubic feet box that is open at the top. The...
3) You are constructing a 12 cubic feet box that is open at the top. The material used to construct the bottom costs $3 per square foot and the material used to construct the sides is $1 per square foot. What dimensions should you use to minimize the cost of the materials? Set up and solve using the LaGrange method.
A rectangular box is to have a volume of 20 cubic metres. The mate-rial used for...
A rectangular box is to have a volume of 20 cubic metres. The mate-rial used for the sides costs $1 per square metre, the material for thebottom costs $2 per square metre, and the material for the top costs$3 per square metre. What are the dimensions of the cheapest box? Using Multivariable Calculus/Second Derivative Test/Hessian Matrix xyz=20
2/12 Correct Question 3 of 12, Step 1 of 1 A shipping company must design a...
2/12 Correct Question 3 of 12, Step 1 of 1 A shipping company must design a closed rectangular shipping crate with a square base. The volume is 24000 ft. The material for the top and sides costs $2 per square foot and the material for the bottom costs $10 per square foot. Find the dimensions of the crate that will minimize the total cost of material. Answer ft by ft by ft
Question 10 A closed rectangular box with a volume of 108ft is made from two kinds of materials. The top and bottom are made of material costing 56 cents per square foot and the sides from material costing 14 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized. Assume that w<l. 1 = ft W = ft h= ft
A closed rectangular box with a volume of 1611 is made from two kinds of materials. The top and bottom are made of material conting 24 cents per square foot and the wes from material conting 12 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized Assume that w s1 W= 10
Question 10 A dosed rectangular box with a volume of 1626 is made from two kinds of materials. The top and bottom are made of material costing 48 cents per square foot and the sides from material costing 8 cents per square foot. Use Lagrange multipliers to find the dimensions of the box so that the cost of materials is minimized. Assume that w s I ft ft Question Attempts of I used SAVERS LATER MapleNet
A rectangular box, open at the top, is to have a volume of 1,728 cubic inches. Find the dimensions of the box that will minimize the cost of the box if the material of the bottom costs 16 cents per square inch, and the material of the sides costs 1 cent per square inch.
A rectangular box, open at the top, is to have a volume of 1,728 cubic inches. Find the dimensions of the box that will minimize the...
A shipping company must design a closed rectangular shipping crate with a square base. The volume is 29376 ft. The material for the top and sides costs $4 per square foot and the material for the bottom costs $13 per square foot. Find the dimensions of the crate that will minimize the total cost of material Answer 4 Points Keypad It by It by
(1 point) Find the most economical dimensions of a closed rectangular box of volume 9 cubic units if the cost of the material per square unit for () the top and bottom is 7, (ii) the front and back is 3 and (ii) the other two sides is 8 Vertical edge length - Horizontal front and back edge length- Horizontal side edge length
(1 point) Find the most economical dimensions of a closed rectangular box of volume 9 cubic units...
A shipping company must design a closed rectangular shipping crate with a square base. The volume is 8748 ft". The material for the top and sides costs $3 per square foot and the material for the bottom costs $6 per square foot. Find the dimensions of the crate that will minimize the total cost of material. Answer 7 Points Keypad Keyboard Shortcuts ft by ft by ft
3) You are constructing a 12 cubic feet box that is open at the top. The material used to construct the bottom costs $3 per square foot and the material used to construct the sides is $1 per square foot. What dimensions should you use to minimize the cost of the materials? Set up and solve using the LaGrange method.
2/12 Correct Question 3 of 12, Step 1 of 1 A shipping company must design a closed rectangular shipping crate with a square base. The volume is 24000 ft. The material for the top and sides costs $2 per square foot and the material for the bottom costs $10 per square foot. Find the dimensions of the crate that will minimize the total cost of material. Answer ft by ft by ft
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