It depends what playground it is; they can be various sizes.
The length of the playground is 135 centimeters
That depends on the playground. But i would say that an average playground is about 100 feet by 100 feet. But that is just me.
If the dimensions of the actual playground are 50 times those of the scale drawing, then the length and width of the actual playground can be represented as 50 times the length and width of the scale drawing. The area of a rectangle is calculated by multiplying length by width. Since the area of the scale drawing is 6 square feet, the area of the actual playground will be ( (50 \times \text{length}) \times (50 \times \text{width}) = 2500 \times \text{(length} \times \text{width)} ). Therefore, the area of the actual playground is ( 2500 \times 6 = 15,000 ) square feet.
meter
a meter stick
102m
At school we measured the length of the playground with a pedometer.
The playground is 26 feet long. x= playground length; y= playground width; p= playground perimeter= 94 x= y + 5 Perimeter= 2x + 2y 2x + 2y = 94 2(y+5) + 2y= 94 2y + 10 + 2y= 94 4y + 10= 94 4y= 84 y= 21; x= y +5= 26
A game need not have a length or width. For example, "it" or "tag" is a game but if played in an open space (not a confined playground) there is no way to define its length or width.
Any measure you like. If you want one side to be x metres, choose the other side to be 225.604/x metres.
Any measure you like. If you want one side to be x metres, choose the other side to be 225.6004/x metres.
To find the perimeter of a square playground, first calculate the length of one side by taking the square root of the area. The side length is ( \sqrt{1909.69} \approx 43.7 ) metres. The perimeter ( P ) of a square is given by ( P = 4 \times \text{side length} ), so ( P \approx 4 \times 43.7 \approx 174.8 ) metres. Therefore, the perimeter of the playground is approximately 174.8 metres.