Before we begin, we want to work with sqrt(48) alone for a moment:
sqrt(48) = sqrt(4 x 12) = sqrt(4 x 4 x 3) = 4 sqrt(3) .
Now, with sqrt(12) alone:
sqrt(12) = sqrt(4 x 3) = 2 sqrt(3).
Now we can plug both of those into the big expression given in the question:
9 sqrt(48) + 3 sqrt(12) = 9 [ 4 sqrt(3) ] + 3 [ 2 sqrt(3) ] =
[ (9 x 4) + (3 x 2) ] sqrt(3) = [ 36 + 6 ] sqrt(3) = 42 sqrt(3)
It is 16 +/- 12*sqrt(3)*i where i is the imaginary square root of -1
Two times the square root of three plus five times the square root of three plus four times the square root of three equals eleven times the square root of three.
Assuming the roots are positive, then ~ 15.59.
The square root of 144 is 12 Perimeter = 4*12 = 48 meters
The square root of 48 is not an integer which means a whole number.
It is 16 +/- 12*sqrt(3)*i where i is the imaginary square root of -1
Two times the square root of three plus five times the square root of three plus four times the square root of three equals eleven times the square root of three.
Expressed as a surd, sqrt(75) + sqrt(48) = 9 sqrt(3).
Assuming the roots are positive, then ~ 15.59.
4.7698
√-48 + 35 + √ 25 + √-27 = √[(i2)(16)(3)] + 35 + 5 + √[(i2)(9)(3)] = 4i√3 + 38 + 9i√3 = 38 + (13√3)i
The square root of 144 is 12 Perimeter = 4*12 = 48 meters
The square root of 48 is a rational or irrational
To simplify the square root of 27 over 48, we first break down the numbers into their prime factors. The square root of 27 is the square root of 3 squared times 3, which simplifies to 3√3. The square root of 48 is the square root of 16 times 3, which simplifies to 4√3. Therefore, the square root of 27 over 48 simplifies to 3√3 over 4√3, which further simplifies to 3/4.
48 is not a square number, so the square root of 48 is irrational and can not be represented as a whole number.
The square root of 48 is not an integer which means a whole number.
sqrt(12) - sqrt(48)= sqrt(12)- sqrt (12 x 4)= sqrt(12)- sqrt (12 ) x 2= -sqrt(12)= -(sqrt(4 X 3))= -2 X SQRT (3)