Question

Which of the following is the simplified form ofthe seventh root of x times the seventh root of x times the seventh root of x

Answer 1

guess it is
\[\sqrt[7]{x^3}\]

Answer 2

simplified? no .. @satellite73

Answer 3

there is no such mathematical operation as "simplify"
it is the lazy math teacher way of saying "give me the answer i want"
however, there is nothing you can do to write this in some other form, leave it like that

Answer 4

i am assuming the initial problem was
\[\sqrt[7]{x}\times \sqrt[7]{x}\times \sqrt[7]{x} \] right?

Answer 5

correct, but the answer you gave me at first was not an option.

Answer 6

i think the answer is seventh square root of x^3

Answer 7

oops
do they want exponential notation like
\[\large x^{\frac{3}{7}}\]?

Answer 8

not an option either /:
these are the options..

\[21\sqrt{x}\]

Answer 9

or ..

Answer 10

ok then it is possible that it was not the seventh root, but rather 7 times the square root

Answer 11

\[X3/21\]

Answer 12

did it look like this \(\sqrt[7]{x}\) or this \(7\sqrt{x}\)?

Answer 13

\[7\sqrt{X}\]

Answer 14

ok that is not the seventh root of \(x\)
that is seven times the square root of \(x\)

Answer 15

so it was
\[7\sqrt{x}\times 7\sqrt{x}\times 7\sqrt{x} \]

Answer 16

so would the answer be .. \[21\sqrt{X} ?\]

Answer 17

is it this? \[\sqrt[7]{x}^{3}\]

Answer 18

Yea thats how the problem looks

Answer 19

and then the answer would be
\[343x\sqrt{x}\]

Answer 20

thats not an option either /:

Answer 21

can you post a picture?

Answer 22

maybe it is
\[7\sqrt{x}^3\] is that possible?

Answer 23

\[21\sqrt{x ^{3}}\] ?

Answer 24

Which of the following is the simplified form of \[7\sqrt{X} TIMES 7\sqrt{X} TIMES 7\sqrt{X}\]

Answer 25

thats exactly how it looks

Answer 26

ok well there is no avoiding \(7\times 7\times 7=343\) then

Answer 27

answer options are ... as following

\[21\sqrt{x}\]

x 3over7

x 1over7

x 3over21

Answer 28

ok i get it now

Answer 29

it is the seventh root of \(x\)
it is \[\sqrt[7]{x}\times \sqrt[7]{x}\times \sqrt[7]{x}\] which is in fact equal to
\[\sqrt[7]{x^3}\] they want you to write it in exponential notation as
\[\large x^{\frac{3}{7}}\]

Answer 30

the question should read "write the expression using exponential notation"

Answer 31

thankyouu ! and I agree No idea lets see if i get it right ill let you know i really appreciate your help

Answer 32

yw
is there any way you can post a screen shot of this? is it on line?

Answer 33

its on my online school its a hw assighment i tried but it doesnt allow me to copy it "/

Answer 34

ok
i was hoping you could just take a screen shot and post that
it would be very helpful