Results 1 to 12 of 12

- Dec 7th 2010, 03:03 PM #1

- Joined
- Mar 2010
- Posts
- 47

## 1 + [(s+2)/s] + [4/s(s-1)] = 4s(s+20/s^2 + 1

In a previous thread I was shown the solution to a similar problem - using the rule of a/m + b/n = (an + bm)/mn. To my knowledge this is only applicable when there are two fractions.

I would like to see the simplification process of this.

Can anyone help?

Regards.

- Dec 7th 2010, 03:46 PM #2

- Dec 7th 2010, 03:48 PM #3

- Dec 7th 2010, 03:52 PM #4

- Joined
- Mar 2010
- Posts
- 47

- Dec 7th 2010, 04:10 PM #5
Don't know where you dug up this equation, but fyi, it works out to a rather nasty quartic equation that requires technology to solve (two irrational real roots). If you are trying to learn the nuances of algebra. I recommend you pick an equation that's a bit easier to work.

- Dec 7th 2010, 04:18 PM #6

- Joined
- Dec 2009
- Posts
- 3,120
- Thanks
- 4

- Dec 7th 2010, 04:25 PM #7

- Joined
- Mar 2010
- Posts
- 47

My apologies folks - I misread the equation. I have a denominator in an equation that is 1 + s+2/s + 4/s(s-1). I would like to see this simplified. I have done this stuff to the death in a past life - it has been a while that's all and I'm still cleaning off the rust :-)

Sorry to trouble you all, and thanks so far.

Regards.

- Dec 7th 2010, 04:34 PM #8

- Dec 7th 2010, 04:37 PM #9

- Dec 7th 2010, 04:55 PM #10

- Joined
- Mar 2010
- Posts
- 47

- Dec 7th 2010, 05:00 PM #11

- Dec 7th 2010, 05:13 PM #12

- Joined
- Mar 2010
- Posts
- 47