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5. You have 270 feet of fencing to make a rectangılar enclosure with an open end...
A veterinarian uses 1440 feet of chain-link fencing to enclose a rectangular region and to subdivide...
A veterinarian uses 1440 feet of chain-link fencing to enclose a rectangular region and to subdivide the region into two smaller rectangular regions by placing a fence parallel to one of the sides, as shown in the figure (a) Write the width w as a function of the length (b) Write the total area A as a function of I (c) Find the dimensions that produce the greatest enclosed area ft ft
QUESTIONS 13-18 PLEASE! Maximum Storage Area DUE DATE: This project is worth 10% of your Unit...
QUESTIONS 13-18 PLEASE!
Maximum Storage Area DUE DATE: This project is worth 10% of your Unit 2 grade. Please review the Project FAQ handout for format and process. Problem Situation A construction company wishes to build a rectangular enclosure to store machinery and equipment. The site selected borders on a river that will be used as one of the sides of the rectangle. Fencing will be needed to form the other three sides. The company foot high chain-link fencing. The...
1. A rancher has 300 feet of fencing to enclose two adjacent rectangular pieces of land....
1. A rancher has 300 feet of fencing to enclose two adjacent rectangular pieces of land. -> 1 W a. Write an equation that relates length and width to the total given distance. [2 points] 1 + W = b. Use your equation in a. to write the total area (A) as a function of only one of these variables. [3 points] C. Find the dimensions that will yield a maximum area. [3 points] d. What is the maximum area?...
Find all the hypercritical values of the function. f(a) = x® – 4x4 – 27x2 The...
Find all the hypercritical values of the function. f(a) = x® – 4x4 – 27x2 The concentration of a drug in the bloodstream C(t) at any time t, in hours, is described by the equation 100t c(t) = 2 + 25 where t = 0 corresponds to the time at which the drug was swallowed. Determine how long it takes the drug to reach its maximum concentration. It will take hours until it reaches its maximum concentration. Suppose a baby...
David has 160 meters of fencing. He will use it to form three sides of a...
David has 160 meters of fencing. He will use it to form three sides of a rectangular garden. The fourth side will be along a house and will not need fencing. As shown below, one of the sides has length x (in meters). Side along house (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. (b) What side length x gives the maximum area that the garden can have?...
Please help with problems 317 and 319 320. You have 800 ft of fencing to make...
Please help with problems 317 and 319
320. You have 800 ft of fencing to make a pen for hogs. If you have a river on one side of your property, what is the dimension of the rectangular pen that maximizes the area? 321. You need to construct a fence around an area of 1600 ft. What are the dimensions of the rectangular pen to minimize the amount of material needed? 322. Two poles are connected by a wire that...
Justin wants to build a fence for his rectangular garden. He has 280 meters of fencing....
Justin wants to build a fence for his rectangular garden. He has 280 meters of fencing. Suppose that a side length (in meters) of the garden is x, as shown below. (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. A(x) = X 5 ? (b) What side length x gives the maximum area that the garden can have? Side length x : meters (c) What is the maximum...
1. The length of fencing available to secure a garden plot is only 280 feet. We...
1. The length of fencing available to secure a garden plot is only 280 feet. We need to find out what is the maximum area of a square plot that can be fenced using the entire 280 feet of fencing. Use your knowledge of graphing to solve this problem. 2. You have moved into a new apartment and want to select a plan for a land phone line. Phone Company A offers $10 as a line charge and 10 cents...
A rectangular garden plot must have a fixed area of 500 square feet. The farmer wishes...
A rectangular garden plot must have a fixed area of 500 square feet. The farmer wishes to put up a fence on three sides of the garden. (See figure. No fencing on the dashed side.) x y (a) Find a function f representing the amount of fencing needed in terms of x where x is one side of the garden as shown in the figure. 4 pts (b) Find the minimum amount of fencing possible for this project. (Use your...
As a farmer, suppose you want to fence off a rectangular field that borders a river. You wish to find out the dimensions of the field that occupies the largest area, if you have 2500 feet of fenc...
As a farmer, suppose you want to fence off a rectangular field that borders a river. You wish to find out the dimensions of the field that occupies the largest area, if you have 2500 feet of fencing. Remember that a square maximizes area, so use a square in your work. Draw several diagrams to express the situation and calculate the area for each configuration, then estimate the dimension of largest possible field. . Find the function that models the...
A veterinarian uses 1440 feet of chain-link fencing to enclose a rectangular region and to subdivide the region into two smaller rectangular regions by placing a fence parallel to one of the sides, as shown in the figure (a) Write the width w as a function of the length (b) Write the total area A as a function of I (c) Find the dimensions that produce the greatest enclosed area ft ft
QUESTIONS 13-18 PLEASE!
Maximum Storage Area DUE DATE: This project is worth 10% of your Unit 2 grade. Please review the Project FAQ handout for format and process. Problem Situation A construction company wishes to build a rectangular enclosure to store machinery and equipment. The site selected borders on a river that will be used as one of the sides of the rectangle. Fencing will be needed to form the other three sides. The company foot high chain-link fencing. The...
1. A rancher has 300 feet of fencing to enclose two adjacent rectangular pieces of land. -> 1 W a. Write an equation that relates length and width to the total given distance. [2 points] 1 + W = b. Use your equation in a. to write the total area (A) as a function of only one of these variables. [3 points] C. Find the dimensions that will yield a maximum area. [3 points] d. What is the maximum area?...
Find all the hypercritical values of the function. f(a) = x® – 4x4 – 27x2 The concentration of a drug in the bloodstream C(t) at any time t, in hours, is described by the equation 100t c(t) = 2 + 25 where t = 0 corresponds to the time at which the drug was swallowed. Determine how long it takes the drug to reach its maximum concentration. It will take hours until it reaches its maximum concentration. Suppose a baby...
David has 160 meters of fencing. He will use it to form three sides of a rectangular garden. The fourth side will be along a house and will not need fencing. As shown below, one of the sides has length x (in meters). Side along house (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. (b) What side length x gives the maximum area that the garden can have?...
Please help with problems 317 and 319
320. You have 800 ft of fencing to make a pen for hogs. If you have a river on one side of your property, what is the dimension of the rectangular pen that maximizes the area? 321. You need to construct a fence around an area of 1600 ft. What are the dimensions of the rectangular pen to minimize the amount of material needed? 322. Two poles are connected by a wire that...
Justin wants to build a fence for his rectangular garden. He has 280 meters of fencing. Suppose that a side length (in meters) of the garden is x, as shown below. (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. A(x) = X 5 ? (b) What side length x gives the maximum area that the garden can have? Side length x : meters (c) What is the maximum...
A rectangular garden plot must have a fixed area of 500 square feet. The farmer wishes to put up a fence on three sides of the garden. (See figure. No fencing on the dashed side.) x y (a) Find a function f representing the amount of fencing needed in terms of x where x is one side of the garden as shown in the figure. 4 pts (b) Find the minimum amount of fencing possible for this project. (Use your...
As a farmer, suppose you want to fence off a rectangular field that borders a river. You wish to find out the dimensions of the field that occupies the largest area, if you have 2500 feet of fencing. Remember that a square maximizes area, so use a square in your work. Draw several diagrams to express the situation and calculate the area for each configuration, then estimate the dimension of largest possible field. . Find the function that models the...
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