To find the area of a square that is less than 63 cm², we need to consider that the area ( A ) of a square is given by ( A = s^2 ), where ( s ) is the length of a side. Therefore, to satisfy the condition ( s^2 < 63 ), the side length ( s ) must be less than the square root of 63, which is approximately 7.94 cm. Thus, any side length less than about 7.94 cm will result in an area less than 63 cm².
Yes because cm2 means square cm
Area = Side2 = 20*20 cm2 = 400 cm2
Area = 50 cm2
Area to be covered = 55mm*55mm = 5.5cm*5.5cm = 30.25 cm2 Material available = 10cm*10cm = 100 cm2 So 0.3025 (less than a third) of a 10cmx10cm region is required.
8cm * 8cm = 8*8 cm2 = 64 cm2
The perimeter of a square with an area of 169 cm2 is: 52 cm
A square with a perimeter of 24 cm has an area of: 36 cm2
The area is 72 cm2
The area of a 40 cm square is: 1,600 cm2
1 cm2 is a unit of area. It means 1 square centimeter. There are 10,000 of them in a square meter.
3.3 cm2 is equivalent to an area of 3.3 square centimeters.
Yes because cm2 means square cm
The area is 400 cm2
The area of a square with sides 2.4cm is 5.76 cm2
The area of a square with perimeter 28cm is: 49 cm2
Areas are a square dimension. So I assume you meant what are the sides of a square with area 25 cm2? Area_square = side2 ⇒ side = √area = √(25 cm2) = 5 cm
Area = Side2 = 20*20 cm2 = 400 cm2