Question

I WILL MEDAL ANYONE PLEASE PLEASE HELP ME

Which of the following represents 6 x to the 3 fourths power in radical form?

cubed root of 6 x to the fourth power
fourth root of 6 x cubed
6 cubed root of x to the fourth power
6 fourth root of cubed

Answer 1

like this
\[6x^3\]
or this
\[(6x)^3\]

Answer 2

6x^3/4

Answer 3

isn't the answer 6 fourth root to x cubed?

Answer 4

oops, sorry forgot the 4. But anyway, is does the exponent apply to the 6 too, or just the x?

Answer 5

im confused??

Answer 6

I figured this one out... can you help me with another one
Rationalize the denominator of 7 over quantity of 3 plus square root of 3

Answer 7

the possible answers are
7 square root of 3 over 12
quantity of 21 minus 3 over 6
7 square root of 3 over quantity of 3 square root of 3 end root minus 3
quantity of 21 minus 7 square root of 3 over 6

Answer 8

it looks like 7/ 3 + sqrt3

Answer 9

OH OKAY HOLD ON

Answer 10

oops cap lock was on

Answer 11

haha its okay!

Answer 12

sorry it took so long...computer having trouble..hold on one more sec

Answer 13

\[\frac{7}{3+\sqrt{3}}\]
\[\frac{7}{3+\sqrt{3}}\times \frac{3-\sqrt{3}}{3-\sqrt{3}}\]
\[\frac{21-7\sqrt{3}}{9-\sqrt{9}}=\frac{21-7\sqrt{3}}{9-3}\]
\[=\frac{21-7\sqrt{3}}{-6}\]
So..what's the answer?

Answer 14

sorry ignore the negative sign in front of the six