![\sqrt[8]{x^{5}}=x^{\frac{5}{8}}](/tpl/images/0284/1586/59323.png)
![(\sqrt[5]{x})^{8}=x^{\frac{8}{5}}](/tpl/images/0284/1586/f30a3.png)
![\sqrt[5]{x^{8}}=x^{\frac{8}{5}}](/tpl/images/0284/1586/79277.png)
![(\sqrt[8]{x})^{5}=x^{\frac{5}{8}}](/tpl/images/0284/1586/f5842.png)
.
.
= Â ![\sqrt[8]{x^{5} }](/tpl/images/0284/1586/940b5.png)
= Â ![(\sqrt[5]{x} )^8](/tpl/images/0284/1586/1ad8d.png)
= Â ![\sqrt[5]{x^{8} }](/tpl/images/0284/1586/d4a1d.png)
=
= ![(\sqrt[8]{x} )^5](/tpl/images/0284/1586/ecd17.png)
= Which of the following choices are equivalent to the expression below ?
...
Mathematics, 02.10.2019 21:00 liltonio
Which of the following choices are equivalent to the expression below ?
Answers: 2
Another question on Mathematics
Mathematics, 21.06.2019 16:10
On new year's day, the average temperature of a city is 5.7 degrees celsius. but for new year's day 2012, the temperature was 9.8 degrees below the average. i) if a represents the average temperature on new year's day and 7 represents the temperature on new year's day 2012, what formula accurately relates the two values together? ii) what was the temperature on new year's day 2012? dt a 0.8 ii) - 4 1 degrees celsius da-t-98 ii) 59 degrees celsius 1) 7 = -9,8 11) 59 degrees celsius ii) l degrees celsius
Answers: 2
Mathematics, 21.06.2019 19:30
Find the coordinates of point x that lies along the directed line segment from y(-8, 8) to t(-15, -13) and partitions the segment in the ratio of 5: 2.
Answers: 1
Mathematics, 21.06.2019 23:30
Robin spent 25% more time on his research project than he had planned he’s been an extra h ours on the project which of the following expressions could represent the number of hours rob actually spent on the project
Answers: 3
You know the right answer?
Questions
Computers and Technology, 01.03.2021 20:00
Engineering, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
English, 01.03.2021 20:00
English, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
Mathematics, 01.03.2021 20:00
