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OpenStudy (anonymous):
Wassup
OpenStudy (anonymous):
with?
OpenStudy (anonymous):
ok what do you need help with?
OpenStudy (anonymous):
haha like everything I suck at math >.< so I kinda need a tutor today
OpenStudy (anonymous):
its ok! everybodys bad at math but everybodys good at it too
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OpenStudy (anonymous):
i know i make know sense but thats the best logic i can think up
OpenStudy (anonymous):
im not all that great either
OpenStudy (anonymous):
meh have poor logic T-T
OpenStudy (anonymous):
okay thanks
OpenStudy (anonymous):
OK so wuts da question?
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OpenStudy (anonymous):
sorry my computer froze yeah
OpenStudy (anonymous):
its ok
OpenStudy (anonymous):
okay i'll dm you the question
OpenStudy (anonymous):
so what is your question
OpenStudy (anonymous):
Which literal equations are equivalent to F = ma?
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OpenStudy (anonymous):
m=F/a
OpenStudy (anonymous):
That equation RELATES force, mass, and acceleration. In order to calculate one, you have to have values for the two others. There isn't just a single solution.
If you're working physics problems, they should be stated in such a way that you can figure out two of these. It may not be plainly stated, it may take multiple steps, but eventually, you should end up with two of these, and then compute the third.