perimeter = 4 x sqrt 72 = 33.94 in
area = 72 squinches
Perimeter = 100 inches Area = 600 square inches
let x be the sidelength of the squareby pythagoras' theorum:x2+x2 = 1222x2 = 144x2 = 72x = 6*(2)^0.5 [2^0.5 is the square root of 2]x = 8.4852813742385702928 (20sf)perimeter = 4xperimeter = 33.941125496954281171(20sf)
for area you times the two numbers and for perimeter you add the numbers
20 inches Formula: P=4s P=4*number you want to find P=answer
A square would have four sides of the same length. A square measuring 6 inches by 6 inches would have a perimeter of (6 + 6) x 2 = 24 inches in total. Which is the same as 6 + 6+ 6+ 6 = 24 linear inches.The area is length times width. So 6 x 6 = 32 square inches.
34 inches
Perimeter = 100 inches Area = 600 square inches
it would be 68.5 inches
let x be the sidelength of the squareby pythagoras' theorum:x2+x2 = 1222x2 = 144x2 = 72x = 6*(2)^0.5 [2^0.5 is the square root of 2]x = 8.4852813742385702928 (20sf)perimeter = 4xperimeter = 33.941125496954281171(20sf)
for area you times the two numbers and for perimeter you add the numbers
15" x 4 sides = 60-inch perimeter.
That's oddly worded. You can't find the area of a perimeter. Either way, we need to know how many sides there are. A square with 6-inch sideshas a perimeter of 24 inches and an area of 36 square inches.
20 inches Formula: P=4s P=4*number you want to find P=answer
Let x be the side of the triangle. Thus 4(x-5) is the perimeter of the square.Balance by the perimeter relation,3x = 7+4(x-5)Solve for x,x = 13 inches
find the perimeter of a square that has 12 m side
Divide the perimeter by 4 and then square the result to find the area of the square.
A square would have four sides of the same length. A square measuring 6 inches by 6 inches would have a perimeter of (6 + 6) x 2 = 24 inches in total. Which is the same as 6 + 6+ 6+ 6 = 24 linear inches.The area is length times width. So 6 x 6 = 32 square inches.