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Mathematics 27 Online
OpenStudy (anonymous):

I need a direct answer to this question will medal

OpenStudy (anonymous):

http://picpaste.com/Capture_2-anDRkx8Q.PNG

OpenStudy (anonymous):

Bump

OpenStudy (mrnood):

Direct answers are not allowed - and do not help you learn do oyu want to make any effort to solve this ? I will help if oyu do...

OpenStudy (anonymous):

I am in a HUGE rush right now I got no sleep I'm cranky and I just need the answer....

OpenStudy (mrnood):

just wait then...

OpenStudy (anonymous):

I would think you could use a calculator if you're in that much of a rush.

OpenStudy (anonymous):

So are you going to help me nood or no?

OpenStudy (anonymous):

@Nnesha

OpenStudy (mrnood):

In the time you are waiting you could learn something - then NEXT time you may not be in such a rush...

OpenStudy (anonymous):

I don't need a lecture If I get in trouble for this dumb piece of trash rule then that's my problem isn't it?

OpenStudy (mrnood):

you must be studying indices so first can you write \[2^{-2}\] in another way?

OpenStudy (mrnood):

I will help with this \[2^{-2} =\frac{ 1 }{ 2^{2} }\]

Nnesha (nnesha):

`OR` you can rewrite 4 interms of base 2 and then apply the exponent rule \[\large\rm \frac{ x^m }{ x^n }=x^{m-n}\]

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