First, we need to find the other side of the rectangular (shaped like a rectangle).
By using the Pythagorean theorem we have:
50^2 - 48^2 = side^2 = 196. So, this side is 14 m.
Now, that we have both the length and the width, we can find the area of the rectangle, which is 48 x 14 = 672.
Thus, the area of the rectangle is 672 m^2.
Eight point fifty two or eight and fifty two hundredths.
forty forty-one forty-two forty-three forty-four forty-five forty-six forty-seven forty-eight forty-nine fifty fifty-one fifty-two fifty-three fifty-four fifty-five fifty-six fifty-seven fifty-eight fifty-nine sixty
Fifty-three and two thousand eight hundred eighteen ten-thousandths, or fifty-three point two eight one eight.
in numbers four hundred and fifty-eight point three one in currency four hundred and fifty-eight dollars thirty-one cents for example
four hundred fifty six quattuordecillion five hundred fifty five tredecillion six hundred eighty eight duodecillion eight hundred eighty eight undecillion eight hundred eighty eight decillion eight hundred twelve nonillion four hundred fifty one octillion five hundred twenty eight septillion five hundred fifty five sextillion five hundred fifty five quintillion six hundred forty eight quadrillion seven hundred forty one trillion eight hundred fifty seven billion four hundred eighteen million five hundred seventy four thousand one hundred eighty five
Eight hundred fifty
58 - fifty eight.
Given a 56 cm diagonal, the square will have a perimeter of 158.4 cm
It is fifty eight and nineteen hundredths.
Fifty-eight.
Eight point fifty two or eight and fifty two hundredths.
Fifty eight thousand in figures is 58000.
Fifty-eight hundredths.
fifty eight thousand fifty
fifty-seven and twenty-eight thousandths
Eight hundred fifty-one thousandths
Yes