To simplify ( \sqrt{2} \sqrt{18} ), you can first multiply the radicals: ( \sqrt{2 \times 18} = \sqrt{36} ). Since ( \sqrt{36} = 6 ), the answer is 6.
15 radical 2
factor the 18. 18=2x3x3. Take out the 3 because it is squared. 5x3 radical 2=15radical2
3√2
3√2
The expression ( 18^{\frac{1}{2}} ) represents the square root of 18. Therefore, the equivalent radical expression is ( \sqrt{18} ), which can also be simplified to ( 3\sqrt{2} ) since ( 18 = 9 \times 2 ).
The SQRT(18) in radical form is 3*SQRT(2), where SQRT represents the radical symbol.
3 times the square root of 2
3*SQRT(2)
2
No. One of the rules for "simplest form" is that there may be no radical in the denominator. To fix this, multiply top and bottom of the fraction by the radical denominator. For example, ( 1 / √2) = (1 / √2)(√2 / √2) = (√2 / 2)
12 radical 2
Ahh ok radical 40 is equal to 2 radical 10
2 radical 30
If we factor 60, we get 60 = 2 * 2 * 3 * 5 So sqrt ( 60 ) = sqrt (2 * 2 * 3 * 5) = sqrt (2 * 2) * sqrt (3 * 5) = 4 * sqrt( 15 ) ____________________________________________________________ actually if you do by just using the simpler way you should get 2 radical 15 since , 60 has the closest perfect square of 4 and non perfect of 15 this is how you should solve radical 60 = radical 4 times radical 15 radical 60 = simplify the 4 to 2 and leave radical 15 So , radical 60 = 2 radical 15 not what is above .
D.2√3
the square root of 18 can be simplified to 3 * the square root of 2.The perfect square 9 is a factor of 18. That means the square root of 9 * the square root of 2 = the square root of 18.the square root of 9 can be simplified to 3.That leaves 3 * the square root of 2.
5 radical 2