Question

on the 50 foot side of a house, a 3 sided fence is made out of...

on the 50 foot side of a house, a 3 sided fence is made out of 44 feet of fencing, with 2 of the three sides being the same length.

What is the maximum area, in square feet for the garden if all of the 44 feet of fencing is used

0 0
Add a comment Improve this question Transcribed image text
Answer #1

fencing = 44 feet

let length = l

width = w

2w + l = 44

l = 44- 2w

area = length * width

= w( 44 - 2w )

= 44w - 2w^2

maximum area occurs at

w = - b/2a

w = - 44/ 2(-2)

w = 11

l = 44 - 2(11) = 22

area = 22(11)

maximum area = 242 square feet
Add a comment
Know the answer?
Add Answer to:
on the 50 foot side of a house, a 3 sided fence is made out of...
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. Our experts will answer your question WITHIN MINUTES for Free.
Similar Homework Help Questions
  • ITEMS SUMMARY Practice similar problem Next > I want to fence in a square garden. The...

    ITEMS SUMMARY Practice similar problem Next > I want to fence in a square garden. The fencing on the east and west sides cost $5 per foot, and the fencing for the north and south costs only 3 per foot. Find the total cost of the fencing as a function of the length of a side 2. C(q) = Submit answer

  • (6 4. A gardener wants to fence in a rectangular garden with one side along their...

    (6 4. A gardener wants to fence in a rectangular garden with one side along their shed. The side along the shed will not need fencing. If the gardener wants to use all 50 feet of fencing available, what dimensions will yield an enclosed region with an area of 312 square feet? Set up the equation that represents this situation and solve it.

  • 2. (10 points) There are $320 available to fence in a rectangular garden. The fencing for...

    2. (10 points) There are $320 available to fence in a rectangular garden. The fencing for the side of the garden facing the road costs $6 per foot, and the fencing for the other three sides costs $2 per foot. Find the dimensions of the garden that maximize the area of the garden

  • 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?...

  • 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 pt) A landscape architect wished to enclose a rectangular garden on one side by a brick wall c...

    (1 pt) A landscape architect wished to enclose a rectangular garden on one side by a brick wall costing $30/ft and on the other three sides by a metal fence costing $20/ft. If the area of the garden is 128 square feet, find the dimensions of the garden that minimize the cost Length of side with bricks Length of adjacent side y = (1 pt) A landscape architect wished to enclose a rectangular garden on one side by a brick...

  • 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...

  • A landscape architect wished to enclose a rectangular garden on one side by a brick wall...

    A landscape architect wished to enclose a rectangular garden on one side by a brick wall costing $60/ft and on the other three sides by a metal fence costing $50/ft. If the area of the garden is 8 square feet, find the dimensions of the garden that minimize the cost. Length of side with bricks x = Length of adjacent side y =

  • 8. (10pts) A rectangular filed is to be enclosed with a fence. One side of the...

    8. (10pts) A rectangular filed is to be enclosed with a fence. One side of the field is against an existing wall, so that no fence is needed on that side. If material for the fence costs $2 per foot for the two ends and $4 per foot for the side parallel to the existing wall, find the dimensions of the field of largest area that can be enclosed for $1000, 9. (11pts) A candy box is made from a...

  • A fence is to be built to enclose a rectangular area of 230 square feet

    A fence is to be built to enclose a rectangular area of 230 square feet. The fence along three sides is to be made of material that costs 5 dollars per foot, and the material for the fourth side costs 15 dollars per foot. Find the dimensions of the enclosure that is most economical to construct.

ADVERTISEMENT
Free Homework Help App
Download From Google Play
Scan Your Homework
to Get Instant Free Answers
Need Online Homework Help?
Ask a Question
Get Answers For Free
Most questions answered within 3 hours.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT