Easy rational expression problem? See picture!
\[\large \sf For~\frac{a}{b}+\frac{c}{d}\] \[\large \sf \huge ( \large \frac{a}{b} \times \frac{d}{d} \huge ) \large + \huge ( \large \frac{c}{d} \times \frac{b}{b} \huge )\]
Ok so do you think its ABC or D
I always wondered... How do you know it's "easy"?
Well I KNOW what the answer is, and I have given you the tool to figure it out pretty easily.
Ok that really doesn't help me
Well I gave you the way to do it, so HELP YOURSELF. I'm not here to dispense the answer to you
Plus, you didn't answer my question. Hos DO you know it's easy? Have you considered finding a Common Denominator?
If you aren't going to answer my question then please don't poke around on here insulting me because I can't do this on my own.
You're saying you have NOT considered finding a common denominator? \(\dfrac{1}{b} + \dfrac{2}{c}\implies \dfrac{1}{b}\cdot\dfrac{c}{c} + \dfrac{2}{c}\cdot\dfrac{b}{b} \implies \dfrac{c + 2b}{bc}\) Like that?
That isn't one of the options
No, that was an example to remind you of the process of finding a common denominator. Please apply this concept to your problem statement.
I have to get this test done in 20 minutes can you please just cooperate with me I will fan and medal
lol
I am cooperating. That's why I'm here. Go!
I think it is B
If I say, "Nope", what will your next guess be? You probably should SHOW YOUR WORK so that you can prove your answer and be confident about it.
Whatever we are done here
If you would like to LEARN, we can continue with you SHOWING YOUR WORK. If you have a need to cheat be getting someone else to do your work for you, you will need to move on. Thanks for playing.
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