280 meters of fencing. Henry has 280 meters of fencing.

280 meters of fencing The playground borders the school building, so the fourth side doesnot need fencing. VIDEO ANSWER: So we have a rectangular garden, has a length and a width, and we're told that we have 70 meters of fencing, and we're going to use that for three sides, so two widths and a length, because that fourth side is the barn. Side along house = O POLYNOMIAL AND RATIONAL FUNCTIONS Word problem involving optimizing area by using a quadratic Kevin has 280 meters of fencing. Jenny has 280 meters of fencing and wishes to form three sides of a rectangular field. × 5 Aa=square Explagation Check 0 2024 Maria has 360 meters of fencing and wishes to form three sides of a rectangular field The fourth side borders a river and will not need fencing As shown below one of the sides has length x (in meters) (a) Find a function that gives the area A(x) of the field (in square meters) in terms of x A(x)= (b) What side length x gives the maximum area The school wants to enclose a rectangular playground with 280 meters of fencing. Suppose that a side length in meters of the field is x, as shown below. The river has three sides. The fourth side borders a river and will not need fencin As shown below, one of the sides has length x in meters. ) * square meters Preview c. Final answer: The function that gives the area A(x) of the field in terms of x is A(x) = 140x - x²/2, where x represents the length of the side along the river, and 280 meters is the total amount of fencing used for the remaining three sides. Henry has 280 meters of fencing. Okay, A Manuel has 280 meters of fencing. (a) Find a function that Milan wants to build a fence for his rectangular garden. Brian has 280 meters of fencing. Side along house (a) Find a function that gives the area A (x) of the garden (in Question: Justin wants to build a fence for his rectangular garden. as shown below, one of the sides has length x (in meters). Remember that the lengths of the sides of the rectangle (x and y) must be positive and cannot exceed the total length of the fencing, which is 280 meters. Here x is the side length. (b) What side length x gives the maximum area that the field can have? Question: Ryan has 280 meters of fencing. ) What side length x gives the maximum area that the field can have in meters? c. find a function that gives the area a(x) of the field in terms of x. VIDEO ANSWER: Hi, here it is given that donor has 280 meters of fencing enclosed in a rectangular field. A(x)= Ш (b) What side length x gives the maximum area that the garden can have? A school wishes to form three sides of a rectangular playground using 160 meters of fencing. Thus, we can express the length y in For example, if the width was set to 100 meters, the length would be 480 - 2(100) = 280 meters, resulting in an area of 28000 square meters. A (x) = 0 (b) What side length x gives the maximum area that the garden can have? Linda has 280 meters of fencing and wishes to enclose a rectangular field. Question: Hong has 240 meters of fencing. Transcribed Image Text: A school wishes to enclose its rectangular playground using 280 meters of fencing. One of the sides has length x (in meters). The fourth side will be along a house an not need fencing. 5 o Width: 77. If the field is partitioned into two parts, a total of 88 meters of fencing is required. (a) Find a function that gives the Transcribed Image Text: Question 22 of 22 (1 point) Question Attempt: 1 of Unlimited Rachel has 280 meters of fencing and wishes to form three sides of a rectangular field. as shown below, one of the sides has length (in meters). There are 2 steps to solve this one. View the full answer. To find the largest area you can enclose with a given amount of fencing, you need to understand that Jenny has 280 meters of fencing and wishes to form three sides of a rectangular field. v Leila has 280 meters of fencing and wishes to enclose a rectangular field. Pe Side along river (a) Find a Question: Chris has 280 meters of fencing. (a) Find a A school wishes to form three sides of a rectangular playground using 280 meters of fencing. She will use the side of her house as one of the sides of the yard. (a) Find a function that A school wishes to enclose its rectangular playground using 320 meters of fencing. As shown below, on of the sides has length x ( in meters). Side along school building a Find a function that gives the area Ax of the playground in square meters in 7 (It may help to use a graphing calculator. (a) Find a function that gives the area A(x) of the playground (in square meters) in terms of A- х Х 5 $ (a) Find a function that gives the area A (x) of the playground (in square All has 280 meters of fencing. (a) Find a function that gives the area A (x) of the field (in square meters) in terms of x. Salma has 280 meters of fencing and wishes to form three sides of a rectangular field. What Maria has 280 meters of fencing and wishes to enclose a rectangular field. a Let x the length and write an expression for the width. We can write an equation for the amount of fencing Ian will need: 2L + W = 280 We need to solve for one of the variables in terms of the other. Side along school building (a) Find a function that gives the area A (x) of the playground (in square meters Question: (1 point) If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? Area = (include units) Show transcribed image text. Here, the perimeter P = 280 meters. ? > Aa (a) Find a function that gives the area A(x) of the field (in square meters) in terms of x. As shown below, one of the sides has length x in meters). Side along Answer to tafael has 280 meters of fencing. As shown below, one of the sides has length x (in meters) Side along school building (a) Find a function that gives the area A x of the playground (in square meters Yolanda has 400 meters of fencing and wishes to form three sides of a rectangular field. perimeter of the rectangle ( 3 sides ) is . The fourth side borders a river and will not need fencing. p = L = x +2w w = (L - x ) / 2 w = ( 280 - x ) / 2 . VIDEO ANSWER: Hi there, so for this problem, we are told that Maria has 280 meters of fencing. Asked in United States. The fourth side borders a river and will not need fencing As shown below, one of the sides has length x (in meters). A(x)=(b) What side length VIDEO ANSWER: We will let you see a straw picture. He has 120 meters of fencing. b Write an equation relating the length, width, and area, using the result Question: tal has 280 meters of fencing. Manuel has 480 meters of fencing. A school wishes to form three sides of a rectangular playground using 160 meters of fencing. Video Answer Question: Raina has 280 meters of fencing and wishes to form three sides of a rectangular field. . (a) Find a If you have 260 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? There are 2 steps to solve this one. Find the dimensions of the pasture with the largest possible area. Question: A school wishes to form three sides of a rectangular playground using 280 meters of fencing. (a) Find a function that gives the area A(x) of the field (in square meters) in terms of x. To fence a rectangular school yard measuring 280 meters by 245 meters, the total perimeter needed is 1050 meters. If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? If you have 80 meters of fencing and want to enclose a rectangular area up against a long, straight wall, Two hundred eighty meters of fencing are o be used for the three sides and the diagonal dividing fence (see figure). A(x)= (b) What side length x gives the maximum area that the playground can have? A school wishes to form three sides of a rectangular playground using 280 meters of fencing. Subtracting 2x from both sides gives us 280 - 2x = 2W. A function that represents the area A of the rectangular playground given 440 meters of fencing and one side represented by x is A = 440x - 2x² square meters. Suppose that a side length (in meters) of the garden is x, as shown below. If we're talking A school wishes to form three sides of a rectangular playground using 120 meters of fencing. answered by Step-by-Step Bot; 0; 0; To find the largest area you can enclose with a given amount of fencing, you need to understand that the maximum area is obtained when you have a square shape. The perimeter of a rectangle is given by the formula P = 2(length + width). The fourth side borders a river and will not need fencing As shown below, one of the sides has length x Lena has 280 meters of fencing and wishes to form three sides of a rectangular field. onare soning. A school wishes to form three sides of a rectangular playground using 120 meters of fencing. You can put this solution on YOUR website! let the length be x and the width be y then 2(x+y)=280 meters [length of fencing] and xy=4000 sq m y=4000/x substituting in eqn 1 we get, 2(x+y)=280 Deon has 280 meters of fencing. The fourth side willI be along a house and will not need fencing. It has 240 meters of fencing to enclose a rectangular area of 3200 square meters. as shown below, one of the To find the largest area you can enclose with 280 meters of fencing, you need to determine the dimensions of the rectangular area that would maximize it. To find the length of the side parallel to the barn, we can use the fact that the total fencing used is 280 meters. How many meters of fencing will be required to fence it completely?A. (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. The playground borders the school building, so the fourth side does not need fencng. A(x)= (b) What side length x gives the maximum area that the field can have? Side length x: meters A school wishes to enclose its rectangular playground using 280 meters of fencing. Suppose that a side length (in meters) of the playground is x, as shown below. Now, we can use the area equation A = L * W to find the area as a Mai has 280 meters of fencing and wishes to form three sides of a rectangular field. Points possible: 4 Unlimited attempts. C (a) Find a function that glves the area A (x) of the garden (in square meters) in terms of x. d(x)= × (b) What side length x gives the maximum area that the garden can have? Transcribed Image Text: **Educational Exercise: Maximizing the Area of a Playground** **Problem Overview:** A school plans to construct a rectangular playground using 320 meters of fencing. He will use it to A school wishes to enclose its rectangular playground using 280 meters of fencing. 25, 2021 05:48 p. A(x)= (b) What side length x gives the maximum area that the field can have? An ecology center wants to set up an experimental garden. Let x be the width in meters of the playground, and y be the length in meters. So we're given the perimeter for this 280, and the dimensions are the ones that are shown in the figure, okay? So the vertical sides of this measures x, Carlos has 280 meters of fencing. To maximize the area of a rectangular playground with 360 meters of fencing for three sides, the optimal dimensions are 180 meters in length and 90 meters in width. If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? If you have 200 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is A farmer has 80 meters of fencing to use to create a rectangular garden in the middle of an open field. A school wishes to enclose its rectangular playground using 320 meters of fencing. The dimensions are shown in the figure but are not shown in the perimeter for this 280. As shown below, one of the sides has length X (in meters), Side along house (a) Find a function that gives the area AG) of the garden (in square meters) in terms of x. b. Austin has 280 meters of fencing. This function results from the relationship between the width and the remaining length calculated from the He has 280 meters of fencing. Unlock. So that first we can define the area that is the function which gives the area. A rectangular field is surrounded by 72 meters of fencing. (a) Find a function that gives the area A(x) of the garden (in square meters) in terms of x. If the farmer instead had 280 meters of fencing to enclose the garden, what garden-length and garden-width will produce a garden with the maximum area? w meters • Length: 77. (a) Find a function that gives the area A(x) of the playground (in square meters) interms of x. Find a function that gives the area A(x) of the playground (in square meters) in terms of x. What dimensions maximize the area of the pen? Let A be the area of the pen. The fourth side borders a river and will n As shown below, one of the sides has length x (in meters). a Find a function that gives the area Ax of the playground in square meters in square square terms of x. Solving for y gives: 2y = 280 - 100 2y = 180 y = 180 / 2 y = 90 Question: A rancher has 280 meters of fence with which to enclose three sides of a rectangular field (the fourth side is a river and will not require fencing). Submitted by Pamela J. a Find a function that gives the area Ax of the playground in square meters in terms of x. The fourth side does not need fencing. The other side would be called X. As shown below, one of the sides has length x (in meters) Ivan has 120 meters of fencing. As shown below, one of the sides has length (in meters). **Diagram Explanation:** There is a rectangle representing the playground, with one A rectangular corral of 90 square meters is to be fenced off and then divided by a fence into two sections as shown in the figure to the right If the cost of fencing for the boundary is 7 per meter and the dividing fence costs 6 per meter find the dimensions of the corral that minimize the cost of the fencing The dimensions that minimize the A school wishes to form three sides of a rectangular playground using 280 meters of fencing. The playground borders the school building, so the fourth side does not need fencing. (a) Find a function that gives the area A(x) of the playground (in square meters) in terms of x. He will use It to form three sides of a rectangular garden. Side along river (a) Find a function A school wishes to form three sides of a rectangular playground using 280 meters of fencing. Find a function that gives the area A Slide length: meters What is the maximum area that the playground can have? Maximum area: square meters Rectangular playground using 280 meters of fencing. The playground borders the school and wishes to form three sides of the school building. he will use it to form three sides of a rectangular garden. ) Question: Ivanna has 280 meters of fencing and wishes to form the three sides of a rectangular field The fourth sude borders a river and will not need fencing  (A) find a function that gives the area A(x) of the field (in square meters) in terms of x (b) what side length x gives the maximum area that the field can have? If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? Area _____ = (include units) Try focusing on one step at a time. The fourth side borders a river and will not need As shown below, one of the sides has length x in meters). A(x)= (b) What side length x gives the maximum area that the garden can have? If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is thelargest area you can enclose?Area =(include units) Your solution’s ready to go! Our expert help has broken down your problem into Question: Pablo has 280 meters of fencing. ,770mD. Step 2. Explanation: The student is asking how to represent the area of a rectangular field as a function of one of its sides, given a fixed amount So, the largest area you can enclose with 280 meters of fencing is 4,900 square meters. This is calculated using the perimeter formula P = 2(length + width). Find the dimension of the field. A(x)= (b) What side length x gives the maximum area that the garden can have? Ivanna has 240 meters of fencing and wishes to form three sides of a rectangular field. Let's solve for Carmen has 280 meters of fencing and wishes to form three sides of a rectangular field. The fourth side borders a river and will not need fencing As shown below, one of the sides has length X (in meters) 8 Side along river (a) Find a function that gives the area A (x) of the field (in square meters) in terms of $ 2 (b) What side length x gives the maximum Nicole has 280 meters of fencing and wishes to enclose a rectangular field. As shown below, one of the sides has length x (in meters). (For the purpose of this problem, the width will be the smaller dimension (needing two sides); the length with be the Donna has 280 meters of fencing and wishes to enclose a rectangular field. A rectangular playground space is to be fenced in using the wall of a daycare building for one side and 200 meters of fencing for the other three sides. Find the dimensions of the field with the largest possible area. In this case, since the rectangle is up against a long An ecology center wants to set up an experimental garden. A (x) = (b) What side length x gives the maximum area that the field can have? • Length: 20 Jw meters Preview o Width: 40 meters Preview d. The garden's area (in square meters) as a function of the garden's width x (in meters) is modeled by A(x)=-x^2+100x What is the maximum area possible? Asked in United States. 98% (418 rated) Transcribed Image Text: 回 回国 回回日 Deon has 280 meters of fencing. (a) Find a function that gives the area A (x) of the garden (in Chris has 280 meters of fencing He will use it to form three sides of a rectangular garden. The playground shares one side with the school building, so only three sides need fencing. A rancher has 280 feet of fence with which to enclose three sides of a rectangular field (the fourth side is a cliff wall and will not require fencing). Step 3. Since the perimeter of the rectangle is the sum of all four sides, and they will use up all the fencing, the perimeter is given by 2x + 2y = 280. What is the maximum rectangular area if she has 18 meters of fencing? What is the largest area in square meters that we can fence in with rectangular fence using exactly 200 meters of fence material? Ann has 280 meters of fencing and wishes to form three sides of a rectangular field. If you were talking about how many meters of fencing the school would need Scott wants to build a fence for his rectangular garden. He has 280 meters of fencing. He has 440 meters of fencing. (a) Find a function that gives the area A(x) of the garden (in square meters) in terms of x. x, as shown below. Write a formula Espanol Jane has 280 meters of fencing and wishes to form three sides of a rectangular field. The fourth side be not need fencing. a Keisha has 280 meters of fencing and wishes to form three sides of a rectangular field. A school wishes to form three sides of a rectangular playground using 280 meters of fencing. (a) Find a function that gives the area 4 (x) of the field (in square meters) in terms of . Find the length and width Melissa has 280 meters of fencing and wishes to form three sides of a rectangular field. Expert Verified Solution Super Gauth AI. You got this! Solution. A(x)= (b Question: Diane has 280 meters of fencing and wishes to form three sides of a rectangular field. #fencing #fencingcontractor Question: Karen has 280 meters of fencing and wishes to enclose a rectangular field. Let's assume the length of the So, the largest area you can enclose with 280 meters of fencing is 4,900 square meters. The fourth side I have 280 meters of fencing and I want to form three sides of a rectangular field. 5 Preview Preview w meters Submit License Question 12. A school wishes to enclose its rectangular playground using 280 meters of fencing. (a) find a function that gives the area of the garden (in square meters) in terms of . A(x) = X 5 ? (b) What side length x gives the maximum area that the garden can Question: Yolanda has 280 meters of fencing and wishes to enclose a rectangular field. X 189 Side along river (a) Find a function that gives the area A (x) of the field in square meters) in Chris has 280 meters of fencing He will use it to form three sides of a rectangular garden. m. The question pertains to creating an equation for the area of a rectangular playground when there are only 440 meters of fence to cover three sides, with one side represented by the 280 feet of fence to enclose three sides of a rectangular area . 67 meters by 70 meters, resulting in an area of approximately 3267. Find the length and width of the rectangle by completing parts a through c below. Since the length is x, we can substitute L with x and solve for W: 280 = 2x + AMMY has 280 meters of fencing and wishes to form three sides of a rectangular field. Comparing this to a width of 120 meters gives a larger area and demonstrates how different dimensions affect the total area. (a) Find a function that gives the area A(x) of the playground (in square meters) in ^( ) terms of x. A(x)= × ? (b) What side length x gives the maximum area that the playground can have? If you have 140 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? Area=_____ A school wishes to form three sides of a rectangular playground using 360 meters of fencing. the fourth side will be along a house and will not need fencing. Length: meters Width: meters If the farmer instead had 280 meters of fencing to enclose the garden, what garden-length and garden-width will produce a garden with the maximum area? Length: meters Width: meters. 67 square meters. Let I In this case, we have a total of 280 meters of fencing, so we can write the equation as 280 = 2L + 2W. net A farmer has 80 meters of fencing to use to enclose a rectangular garden that has one side against a barn. If the farmer instead has 290 meters of fencing to enclose the garden, what fence-length and fence-width will produce the garden wi maximum area? Kala has 440 meters of fencing and wishes to form three sides of a rectangular field. 8 日 X (b) What side length x gives the maximum area that the playground can have? Question: Tom wants to build a fence for his rectangular garden. the fourth side borders a river and will not need fencing. He will use it to form three sides of a rectangular garden. 120-x Simplify your answer. A(x)= (b) What side length x gives the maximum area that the playground can have? Question: Ivan wants to build a fence for his rectangular garden. Gauth AI Solution. Since the length is x, we can substitute L with x and solve for W: 280 = 2x + 2W. where: x is the longer side A rancher has 260 meters of fence with which to endose three sides of a rectangular meadow (the fourth side is a river and will not require fencing). Use calculus to show that the maximum area occurs when the shape is a square. × ？ A(x)= (b) What side length x gives the maximum area that the field can have? If you have 280 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? If you have 40 meters of fencing and want to enclose a rectangular area up against a long, straight wall, If the farmer instead had 280 meters of fencing to enclose the garden, what values for the garden's length and width will produce a garden with the maximum area? Length: meters Preview Width: meters Preview Cuhmit. a Find a function that gives the area Ax of the field in square meters in square square terms of x. Suppose that a side length (in meters) of the field is x, as shown below. Here it is 280 equals to 2x plus 2y Maria has 280 meters of fencing and wishes to form three sides of a rectangular field. So that 70 A school wishes to form three sides of a rectangular playground using 1 6 0 meters of fencing. David has 280 meters of fencing. × 5 ? Keisha has 280 meters of fencing and wishes to form three sides of a rectangular field. Dividing by 2 gives us W = 140 - x. 97% (435 rated) 00:25 So what we have is the school has a total fencing total length of fencing of fencing the school has is 440 meters right so if the width of this is x meters right so if the width of this rectangle is x here also it would be x meters what would ian has 280 meters of fencing to enclose a rectangular land that borders on a wall of a building if he doesn't not fence the side along the wall what is largest area can be enclosed. Side along river (a) Find a function that gives the area A (x) of the field (in square meters) in terms of x. 2 w Let I represent the length of the rectangular garden (in meters) and let A represent the area of the garden (in square meters). a Find a function that gives the area Ax of the field in square meters in terms of x. y. (For the purpose of this problem, the width will be the smaller dimension (needing two sides); the length with be the t. 4(x) = 0 X 5 ? Lisa has 240 meters of fencing and wishes to form three sides of a rectangular field. A(x)=(b) What side length x gives the maximum area that the 280 meters of stock netting with two strands of barb wire completed Tuesday . As shown below, one of the sides has length X (in meters). Side along house Find a function that gives the area 1) of the garden (in square meters) in " terms of x. Question: Ravi has 240 meters of fencing. Step 1. ) Question: Carlos wants to build a fence for his rectangular garden. Why is the link there? It wouldn't matter if you called them the other way around. Oct. Suppose that a side length (in meters) of the playground is X, as shown below. As shown below, one of the sides has length (In meters). Side along It is one of the best study apps that I have ever known, for me it has been very easy to pass exams and workshops that the teacher gives us. ,705mC. It has 260 meters of fencing to enclose a rectangular area of 4000 square meters. As shown below, one of the sides has length x (in meters). Side along house (a) Find a Question: Salma has 280 meters of fencing and wishes to form three sides of a rectangular field. 1 find a function that gives the area A(x) of A rectangular school yard 280 meters by 245 meters is to be fenced. A farmer has 60 meters of fencing material and wishes to make a rectangular enclosure. A(x)= (b) What side length x gives the maximum area that the field can have? A school wishes to form three sides of a rectangular playground using 280 meters of fencing. Charlie has 120 meters of fencing. 4 (x) = x (240 – 2:) (b A school wishes to enclose its rectangular playground using 280 meters of fencing. A(x)= (b) What side length x gives the maximum area that the playground can have? Question: Rachel has 280 meters of fencing and wishes to form three sides of a rectangular field. 100% (5 rated) Answer. As shown below, one of the sides has length x(in meters). (a) Find a function that gives the area A (x) of the playground (in square meters) in terms of x. The fourth side will be along house and will not need fencing: As To find the area function A (x) of Jenny's field, we use the equation A (x) = 280 x − 2 x 2, where x represents the width of the rectangle. As shown below, one of the sides has length x in meters. Question: desea rectangular areas An ecology center wants to set up an experimental garden. a. It has 280 meters of fencing to endose a rectangular area of 4500 square meters. As shown below, one of the sides In this case, we have a total of 280 meters of fencing, so we can write the equation as 280 = 2L + 2W. As shown below, one of the sides has length * (in meters). The fourth side will be along a house and will not need fencing. Find the length and width of the rectangle by completing parts (a) through (c) below (a) Let the length and write an expression for the width (Simply your answer. Side along river (a) Find a function that gives the area A (x) of the field (in square 2L + 140 = 280 2L = 280 - 140 2L = 140 L = 70 meters Therefore, to enclose the largest area with 280 meters of fencing, we should choose a rectangular enclosure with dimensions approximately 46. Find a function that gives the area A (x) A school wishes to enclose its rectangular playground using 280 meters of fencing. The total fencing used is equal A school wishes to enclose its rectangular playground using 280 meters of fencing. A(x)= (b) What side length x gives the maximum area that the playground can have? Jina has 280 meters of fencing and wishes to form three sides of a rectangular field. Jessica has 280 meters of fencing and wishes to form three sides of a rectangular field. Ax=square b What side length x gives the A school wishes to form three sides of a rectangular playground using 280 meters of fencing. Therefore, 1050 meters of fencing is required to enclose the area completely. Suppose that a side length (in meters) of the field is . Solution. A(x)=100 x-x^2 (b) What side length x gives the Question: A rancher has 280 meters of fence with which to enclose three sides of a rectangular pasture (the fourth side is a river and will not require fencing). (a) Find a function that gives the VIDEO ANSWER: For this problem, we are told that Maria has over 200 meters of fencing. a Find a function that gives the area Ax of the garden in square meters in terms of x. ,1050mThis question is applicable to Cluster 2, Cluster 3, Cluster 4. The fourth side will be along house and will not need fencing: As Maria has 280 meters of fencing and wishes to form three sides of a rectangular field. 1 (6) - 0 (b) What side length x gives the maximum area that the playground can have? Maya has 360 meters of fencing and wishes to form three sides of a rectangular field. Side along house (a) Find a function that gives the area A (x) of the garden (in square meters) in terms of x. Side along school building X (a) Find a function that gives the area A (x) of the playground (in square Jenny has 280 meters of fencing and wishes to form three sides of a rectangular field. As shown below, one of the sides has length (in meters) Show transcribed image text. Rectangular playground using 280 meters of fencing. ? Asked in United States. Here’s the best way to solve it. The width will let X be the width. We're going to measure the other side and label the other side as y. Side along river (a) Find a function that gives the area 4(x) of the field (in square meters) in terms ofx. Ax=square × 5 b What side length x gives Marquise has 200 meters of fencing to build a rectangular garden. ) Find a function that gives the area A(x) of the field (in square meters) in terms of x. (a) Find a function that gives the area A(x) of the field (in square meters) interms of x. This will create a maximum area of 16200 square meters. The fourth side borders a river and will not need fencing, As shown below, one of the sides has length X in meters. For example, if we want to find the value of y when x is 100 meters, we substitute x = 100 into the equation: 2y + 100 = 280. The relationships between the dimensions can be derived from the given perimeter constraint and the area formula. . The area A(x) in square meters of the playground space is a function of the length x in meters of each of the sides perpendicular to the wall of the daycare building. (a) Find a function that gives the area A(x) of the playground (in square meters) in - terms of x. (a) Find a function that gives the area A() of the playground (in square Dill wants to put a fence around her rectangular yard. ,525mB. Felipe has 480 meters of fencing. y = 140 - x (where y is the width in terms of x) Explanation. Furthermore, this is not like those other apps that only give you the answer, it gives you the explanation and everything now I can understand many of the math things that I didn't understand before, for me that is highly recommended. Ax=square × 5 b What side length x gives Question: If you have 240 meters of fencing and want to enclose a rectangular area up against a long, straight wall, what is the largest area you can enclose? Area = (include units) A rancher wants to fence in an area of 500000 square feet in a rectangular field and then divide it in half with a fence down the middle, parallel to one side. (a) Find a function that gives the Jose wants to build a fence for his rectangular garden. (For the purpose of this problem, the width will be the smaller dimension (needing two sides); the length with be the longer Latoya has 280 meters of fencing and wishes to form three sides of a rectangular field. What is the length and width of the garden that produces the maximum area? w meters Preview Length: • Width: meters Preview d. ugcry mquhnx mpie cfy dnbxlxf kaf fmuvd leq iey cbxz