sqrt(300n11) = sqrt(100n10*3n) = sqrt(100n10)*Sqrt(3n) = 10n5*sqrt(3n)
Expressed as a surd in its simplest form, sqrt(234) = 3 sqrt(26).
sqrt(305) = sqrt(5)*sqrt(61) which cannot be simplified further.
Expressed as a surd in its simplest form, sqrt(245) is equal to 7 sqrt(5).
Expressed as a surd in its simplest form, 18 sqrt(20) is equal to 36 sqrt(5).
3 sqrt (3)Put the radical where the "sqrt" is with the second 3 inside.
Expressed as a surd in its simplest form, sqrt(234) = 3 sqrt(26).
sqrt(51) cannot be simplified.
sqrt(72) = sqrt(36*2) = sqrt(36)*sqrt(2) = 6*sqrt(2).
sqrt(360) = 6*sqrt(10)
Radical 32 can be simplified by factoring it into its prime factors. Since 32 is equal to (2^5), we can express (\sqrt{32}) as (\sqrt{16 \times 2}), which simplifies to (\sqrt{16} \times \sqrt{2} = 4\sqrt{2}). Thus, the simplified form of radical 32 is (4\sqrt{2}).
It is + or - 2*sqrt(24).
sqrt(305) = sqrt(5)*sqrt(61) which cannot be simplified further.
Expressed as a surd in its simplest form, sqrt(384) = 8 sqrt(6).
sqrt(45y12) = sqrt(5*9y12) = sqrt(5)*sqrt(9y12) = sqrt(5)*3y6
Expressed as a surd in its simplest form, sqrt(245) is equal to 7 sqrt(5).
To simplify 388 in radical form, we first factor it into its prime factors: (388 = 4 \times 97). The square root of 4 is 2, so we can express this as (\sqrt{388} = \sqrt{4 \times 97} = \sqrt{4} \times \sqrt{97} = 2\sqrt{97}). Thus, the simplified radical form of 388 is (2\sqrt{97}).
sqrt(30) cannot really be simplified. You could write it as sqrt(2)*sqrt(3)*sqrt(5) but that is not simplification!