well, area is length times width. If all the side lengths are 36cm and formula is length times width. Then its 36 times 36 which equals 1296
The radius of a circle with a circumference of 36cm is: 5.729 cm
81 sq cm, for a 9 cm * 9 cm square
A = bh (multiply length x width).
It could be any irregular shape whose sides add up to 36cm as for example a scalene triangle
well, area is length times width. If all the side lengths are 36cm and formula is length times width. Then its 36 times 36 which equals 1296
36 centimeters = 14.1732283 inches
Oh, dude, it's like a walk in the park. If the area of a square is 36cm², you just gotta take the square root of 36 to find the side length. So, the side length of that square would be 6cm. Easy peasy lemon squeezy!
ok if the perimeter is 36cm and it is a square then you know all four sides are equal 36cm / 4sides = 9cm for each side A = L * W ( both the length and width are 9cm because each side is equal ) A = 9cm * 9cm A = 81cm2
The radius of a circle with a circumference of 36cm is: 5.729 cm
3.6m = 360cm which is greater than 36cm
Multiply the width by the length. e.g. you have a square that is 6 by 6 cm. 6x6 is 36, so the answer is 36cm squared.
81 sq cm, for a 9 cm * 9 cm square
A 36cm humerus in a man indicates a height of about 5' 11.7" *A 36cm humerus in a woman indicates a height of about 5' 9.1" *** (2.89 x bone length) +78.10 = height in cm** (3.08 x bone length) + 64.67 = height in cm
The mechanical advantage (MA) of a lever is calculated by dividing the input arm length by the output arm length. In this case, the MA would be 36cm (input arm) divided by 6cm (output arm), resulting in a MA of 6.
it equals LxL+WxW
A = bh (multiply length x width).