The perimeter is the total of all the sides added up, which is two lengths and two widths. We can write the equation
66 = 2w + 2ℓ
where 66 is perimeter, w is width, and ℓ is length. We can also write equation
ℓ = 3w
because the length is three times greater than the width. We can replace ℓ with 3w in the first equation because the second equation tells us they are the same thing:
66 = 2w + 2*(3w)
Now we have an equation with one variable, so we can solve for that variable (w):
66 = 2w + 2*(3w)
66 = 2w + 6w
66 = 8w
Divide both sides by 8:
8.25 = w
The width is 6.6. We can plug that 6.6 into the equation ℓ = 3w to find the length:
ℓ = 3*8.25
ℓ = 24.75
The length is 24.75.
So the width is 8.25 and the length is 24.75.
It is 2*(9+5) = 2*14 = 28 inches.
Length and side: 7 inches and 5 inches respectively
Perimeter = 100 inches Area = 600 square inches
To create a frame measuring 3 feet by 4 feet with a diagonal, you will need to calculate the perimeter and add the diagonal length. The perimeter of the rectangle is 2(3 + 4) = 14 feet. The diagonal can be calculated using the Pythagorean theorem: √(3² + 4²) = 5 feet. Therefore, the total length needed is 14 + 5 = 19 feet. Since each board is 8 feet long, you will need 3 boards (2 for the perimeter and 1 for the diagonal).
For any perimeter, the rectangle with the greatest area is a square.For a 16-inch perimeter, the greatest rectangular area is 16 square inches,inside a square with 4-inch sides.But if you don't necessarily need straight sides, then you can squeeze more areainside the same perimeter with a circle. A circle with a 16-inch circumference has anarea of 20.372 square inches.
if the perimeter is 66in and the length is 3 all u have to do is this 3+3= 6 66-6=60 60/2=30 your width of one side of the rectangle is 30in 3 ^ _______ | | | | | | 30{ | | }30 | | | | ------------ ^ 3
It is 2*(9+5) = 2*14 = 28 inches.
The perimeter is 2 times the length plus 2 times the width.
17.5 inches
Length and side: 7 inches and 5 inches respectively
Using Pythagoras' theorem the length of the diagonal is 15 units
It has a full perimeter frame.
If the length of each side of a rectangular picture frame needs to be 15 in and you only have 48 in of wood, use the following inequality to solve. 2l + 2w = p, in this case 2(15) + 2w <=48, so 2w <=18. The width of your fram must be 9 inches or less.
Perimeter = 100 inches Area = 600 square inches
For any perimeter, the rectangle with the greatest area is a square.For a 16-inch perimeter, the greatest rectangular area is 16 square inches,inside a square with 4-inch sides.But if you don't necessarily need straight sides, then you can squeeze more areainside the same perimeter with a circle. A circle with a 16-inch circumference has anarea of 20.372 square inches.
To calculate the area of just the frame around a photo with a 1-inch thickness, you can use a quadratic equation if the frame has a non-rectangular shape, such as a quadratic frame. If the frame is rectangular, you can use a simpler method. Assuming a rectangular frame: Let A be the area of the entire photo, and let L and W be the length and width of the photo. Let L' and W' be the length and width of the inner rectangle (the photo itself), which will be L - 2 inches and W - 2 inches, respectively. The area of the frame is then A_frame = A - A_inner = L * W - (L' * W'). If you have a quadratic frame with a specific shape, you would need to provide more details about the frame's dimensions and shape to set up a quadratic equation for its area. The general approach would be to define a quadratic function that describes the frame's area and then solve for the area by finding the roots of the equation. ʰᵗᵗᵖˢ://ʷʷʷ.ᵈⁱᵍⁱˢᵗᵒʳᵉ²⁴.ᶜᵒᵐ/ʳᵉᵈⁱʳ/³⁹⁷⁴⁶⁴/ʸᵃˢʰᵛᵃⁿᵗᵛᵃˡᵃ/ Send a message
To create a bed canopy frame, you can start by gathering materials such as wood or metal rods, a drill, screws, and a canopy fabric. Measure and cut the rods to the desired length for the frame. Use the drill to attach the rods together to form a rectangular or circular shape. Secure the frame to the ceiling or bedposts using screws. Finally, drape the canopy fabric over the frame and secure it in place.