Question

Which expression is the simplified form of ?
Which expression is the simplified form of ?
@Mathematics

Answer 1

\[\sqrt{k^23\sqrt{?}}\]

Answer 2

i dont think i understand the expression...

Answer 3

Its the square root sign then under it is k^23

Answer 4

u mean this?:\[\sqrt{k^{23}}\]

Answer 5

Yes

Answer 6

you could write the root like this:\[\sqrt{k^{23}} = k^{\frac{23}{2}} = (k^{11} \times k^{\frac{1}{2}}) = k^{11}\sqrt{k}\]

Answer 7

Which expression is the simplified form of \[\sqrt{63w^36}\] ?

Answer 8

the 6 on the end means 36

Answer 9

\[\sqrt{63w^{36}} = \sqrt{63}w^{\frac{36}{2}} = w^{18}\sqrt{63}\]looking at 63^(1/2)\[\sqrt{63} = \sqrt{21 \times 3} = \sqrt{7 \times 3 \times 3} = 3\sqrt{7}\]then you get\[3w^{18}\sqrt{7}\]

Answer 10

Ok i have a couple more can you still help me?

Answer 11

sure

Answer 12

\[\sqrt{5+3 \sqrt {10+2\sqrt{5}}}\]What is the exact value of the expression

Answer 13

\[3\sqrt{10+\sqrt{20}} = \sqrt{90 + 9\sqrt{20})} = \sqrt{90 + \sqrt{1620}}\]hmmm.... i think u need a calculator for this one -.-

Answer 14

well i got like 4.051256372 from the calculator >.>

Answer 15

\[\sqrt{72 - \sqrt{8+\sqrt{128}}}\]What is the exact value of the expression

Answer 16

8.2222402002
i think u can use a calculator for solving these, just watch out for the order of operations