Question

WILL FAN AND MEDAL


Simplify

8u
-------
10(u+v)

I think it's

4
-----
5v

Answer 1

@SeanStewart16

Answer 2

imposible, 4/5 is good, but u/(u+v)!!! NUUU jajja
\[\frac{ a+b }{ C } = \frac{ a }{ C } + \frac{ b }{ C }\]
but
\[\frac{ a }{ b+c } = nothing\]
maybe
\[\frac{ a }{ b+c } = \frac{ 1 }{ \frac{ b+c }{ a } }=\frac{ 1 }{ \frac{ b }{ a }+\frac{ c }{ a } }\]

Answer 3

Wait so.. I'm not sure what that would make the variables with
4
---
5

Answer 4

4/5 is fixed and is ok
the rest you can't do nothing.
\[\frac{4}{5 } ·\frac{ u }{ u+v }\]
obviusly i don't fully understand the problem

Answer 5

*obviously

Answer 6

*didn't understood ... i'm not a good english speaker :P ar all

Answer 7

It's ok :) @AihberKhan @KendrickLamar2014 @james1769 do you know what to do next?

Answer 8

do you have the full problem?

Answer 9

This is the full problem

Answer 10

ahhh ok then it is solved!
check with WolphramAlpha if you want more confidence

Answer 11

Okay you have to first simply: u/10

Answer 12

So the equation after this step should be:

\[(8 * \frac{ u }{ 10 }) * ( u + v) \]

Answer 13

Now after solving that by distributing, order of operations, etc, you should get:

\[\frac{ 4u * u + v }{ 5 }\]

Answer 14

noooooooooo that is imposible dear aihber!

Answer 15

you want a common factor of 8u/10 then the other term should be 1/(u+v)
\[8u/10 · \frac{1}{(u+v)}\]

Answer 16

@AihberKhan it was incorrect..

Answer 17

is not fair, i'm a college student soo desproportional, don't deserve any medal xD your friend made a good try

Answer 18

byee