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OpenStudy (anonymous):
p=2m^2r
OpenStudy (anonymous):
can you show how you got that please?
OpenStudy (anonymous):
\[r=1/2.(m^{2p})\]
this is the eq?
OpenStudy (dumbcow):
is it
\[r = \frac{1}{2}m^{2}p\]
OpenStudy (anonymous):
its how dumbcow has it
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OpenStudy (dumbcow):
2 steps
step 1: multiply by 2 on both sides
step 2: divide by m^2 on both sides
OpenStudy (anonymous):
okay i understand that but i dont understand how the other dude got what he did. I just wanted to see the work to see if i had gotten it right
OpenStudy (dumbcow):
he has the m^2 in numerator where it should be in denominator
OpenStudy (anonymous):
can you show me the work...cuz thats not helping me
OpenStudy (dumbcow):
i already did...do the 2 steps and you will have the answer
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OpenStudy (anonymous):
-sighs- fine.... youve pretty much just told me the answer which i didnt want
OpenStudy (anonymous):
but thanks
OpenStudy (dumbcow):
haha sorry bit its the right one
OpenStudy (anonymous):
yea i understand that i just wanted the work shown ...not the steps...i no the steps....
OpenStudy (dumbcow):
i dont understand...what work? you want me to just show you the answer
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OpenStudy (anonymous):
no never mind. i wanted to be shown how you got the anser, not the steps to get the answer. Wanted to know how you got it. I did the work but my answer is not the same