sqrt(100)
factor under the radical
sqrt(52 * 4)
bring out the 5
5sqrt(4)
========or, this way
sqrt(52 * 22)
==========
√13.55 = √(1355/100) = (√1355)/10
root 200 = root 2 multiplied by root 100 root 100 = 10 root 200 = 10 root 2
sqrt(200) = sqrt(100 x 2) = sqrt(100) x sqrt(2) = 10 sqrt(2)
10 x 10 = 100 so 10 is the square root of 100 :)
The square root of 2.56 is rational. This is because 2.56 can be expressed as 256/100, which simplifies to 64/25. The square root of 64 is 8 and the square root of 25 is 5, so the square root of 2.56 is 8/5, which is a rational number.
The principal square root of 100 is 10.
200 = 2*100. Square root of 100 is 10. So, reduced form is 10 times the square root of 2.
square root of 200 = 10 * square root of 2. Also, the number 2 when multilied by 100 = 200!
√13.55 = √(1355/100) = (√1355)/10
The square root of 100 is 10
10 times square root of 2 The square root of 200 is sq. root of 100 times 2, then the sq. root of 100 is 10 and remains the sq. root of 2. check the answer: square root of 2 is 1.41, 10 times 1.41 is 14.1 196 is closed enough to 200 and the square root of 196 is 14.
sqrt(100)factor under the radicalsqrt(52 * 4)bring out the 55sqrt(4)========or, this waysqrt(52 * 22)==========
It is sqrt[100*sqrt(2)] = 10*fourth root of 2.
sqrt(300) = sqrt(100*3) = sqrt(100)*sqrt(3) = 10*sqrt(3).
sqrt(900) = sqrt(100 x 9) = sqrt(100) x sqrt(9) = 10 x 3 = 30
10
sqrt(200) = sqrt(100*2) = sqrt(100)*sqrt(2) = 10*sqrt(2)