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OpenStudy (anonymous):

WILL FAN AND MEDAL PLEASE HELP.

OpenStudy (anonymous):

OpenStudy (anonymous):

I don't even know where to start with this, but I will tag a few people perhaps they can help.

OpenStudy (anonymous):

Thank you.

OpenStudy (anonymous):

@arindameducationusc @ganeshie8

OpenStudy (anonymous):

NP hopefully they can help you.

OpenStudy (anonymous):

@Bella108

OpenStudy (anonymous):

I can try.. but im too sure

OpenStudy (anonymous):

It'd be nice but if you aren't sure then you don't have to.

OpenStudy (anonymous):

no its fine I can try

OpenStudy (anonymous):

I believe its the 3rd o 4th choice but Im not really sure but for those 2 , maybe see if @Nnesha or @geny55 can help , sorry

OpenStudy (anonymous):

No need to be sorry. I appreciate your trying though.

OpenStudy (anonymous):

@shady580

OpenStudy (anonymous):

whats the question?

OpenStudy (anonymous):

It's attached in the first comment

OpenStudy (anonymous):

im gonna say 164 38/63

OpenStudy (anonymous):

That wasn't right :/

OpenStudy (anonymous):

try the bottom one insufficient information

OpenStudy (anonymous):

I can't I only get one try per question. Would you try one more though?

OpenStudy (raiders88):

hmmm its tricky

OpenStudy (anonymous):

Can one of you please help my friend? @Astrophysics @IrishBoy123

OpenStudy (irishboy123):

the arc is \(100^o\) compared to a max \(360^o\) for a full circle

OpenStudy (irishboy123):

then ask, if it was a full circle what would be circumference?

OpenStudy (irishboy123):

then work out \(\frac{100}{360}\) 'ths of that amount

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