There can be no possible answer because the point (4, 5) is not on a square root.
A square has four equal sides Perimeter of a square = 4 X length of a side Shortest possible length of a side is 22 inches divided by 4 sides = 5.5 inches
All sides would need to be 3m. All 4 sides of a square are equal. 12/4 = 3
Other possible answers: 1+1+16+25 1+1+9+16+16 ... the pattern you see though is that there is no combination of square numbers greater than 1 that adds up to 43.
Take a square with sides that are 4 units long. The area is the square of the length of the side = 4 x 4 = 16. The perimeter is length + width + length + width = (4 + 4 + 4 + 4) = 16. It also works if the side of the square has a length of zero, which is nice math but has no physical significance.
4(22)
There can be no possible answer because the point (4, 5) is not on a square root.
A square with 4 right angles and has a point of a triangle on the end of the square
No because it has a square base and 4 triangular faces
at the simlim square at bugis
A square has four equal sides Perimeter of a square = 4 X length of a side Shortest possible length of a side is 22 inches divided by 4 sides = 5.5 inches
yes
All sides would need to be 3m. All 4 sides of a square are equal. 12/4 = 3
Yes a square based pyramid will have 4 triangular faces.
Square 4 triangle 3 Megagon 1,000,000
Other possible answers: 1+1+16+25 1+1+9+16+16 ... the pattern you see though is that there is no combination of square numbers greater than 1 that adds up to 43.
Take a square with sides that are 4 units long. The area is the square of the length of the side = 4 x 4 = 16. The perimeter is length + width + length + width = (4 + 4 + 4 + 4) = 16. It also works if the side of the square has a length of zero, which is nice math but has no physical significance.