-1?
You can multiply the radicands together if the radical is the same. So, the answer is radical 13*17=radical 221
The square root of 12 may be simplified to 2 times the square root of 3.
The expression of 5x3+6-x3 can simplified to 4x3+6
sqrt(3) x sqrt(15) = sqrt( 3 x 15 ) = sqrt( 45 ) = sqrt( 9 x 5 ) = 3 sqrt(5)
The radical of 50 can be simplified by factoring it into its prime components: (50 = 25 \times 2 = 5^2 \times 2). Therefore, the square root of 50 can be expressed as (\sqrt{50} = \sqrt{25 \times 2} = \sqrt{25} \times \sqrt{2} = 5\sqrt{2}). Thus, the simplified form of the radical of 50 is (5\sqrt{2}).
You can multiply the radicands together if the radical is the same. So, the answer is radical 13*17=radical 221
The square root of 12 may be simplified to 2 times the square root of 3.
The expression of 5x3+6-x3 can simplified to 4x3+6
It can not be simplified any more. To the nearest hundredth, 6.71
sqrt(3) x sqrt(15) = sqrt( 3 x 15 ) = sqrt( 45 ) = sqrt( 9 x 5 ) = 3 sqrt(5)
-108
√2*√70 = √2*√2*√35 = 2√35 which cannot be simpified further.
It is: 5 times square root of 10
3+2*A+B*4/2-4 = 3 + 2A + 2B - 4 = 2A + 2B - 1
The expression cannot be simplified.
69
-6*sqrt(7) cannot be simplified. Its value is -15.8745, approx.