Question

Find the value of 3 over the square root of 3..

Answer 1

thats 27 3*3*3 = 27

Answer 2

\[\frac{3}{\sqrt{3}} \cdot \frac{\sqrt{3}}{\sqrt{3}} \]

Answer 3

^that's called 'rationalizing' :)

Answer 4

There are 2 ways to go about this question, depending on what the question really wants.

You can punch everything into the calculator to give you an approximate value,
3/ sqrt(3) = 1.73 approx.

Or the question actually requires you to rationalize the expression.
Given 3/ sqrt(3), you multiply sqrt(3) to both the numerator and denominator, giving just sqrt(3).

Answer 5

A. 3
B. 3 times the square root of 3.
C. the square root of 3.
D. the square root of 3 over 3.
???

Answer 6

c) but do you understand how you got the answer?

Answer 7

i think

Answer 8

Find the value of 10 times the square root of 2 over the square root of 5.
Choose one answer.
A. 2
B. 2 times the square root of 5.
C. 2 the square root of 10.
D. 2 over 5 times the square root of 10.

Answer 9

Just like before you need to rationalize it, do you remember how to rationalize?

Answer 10

the answer is B RIGHT

Answer 11

now you are just guessing, and that's not good.
If you have a square root in the denominator, do you know how to get it into the numerator:
hint: same as the last question you asked.

Answer 12

rAtionalize

Answer 13

yup, so how would you rationalise? \[\frac{10\sqrt{2}}{\sqrt{5}} \]

Answer 14

hint: you need to multiply it by something. Same way we did in the last question

Answer 15

still on this question?

Answer 16

yes 2 diveded by 10 than 5 times 5?

Answer 17

@dahmanman you gave him the wrong answer to the first question

Answer 18

hats the answer than

Answer 19

@suzukirider1400 yes! 10 square root 2 divided by square root 5 times square root 5 divided by the square root five, or: \[\frac{10\sqrt{2}}{\sqrt{5}} \times \frac{\sqrt{5}}{\sqrt{5}}\]
so now what should we do?

Answer 20

let's start in the denominator.
do you know what: \[\sqrt{5} \times \sqrt{5} = ?\]