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OpenStudy (anonymous):
Enter a compound inequality to show the levels that are within each range. A typical acoustic guitar has a range of three octaves. When the guitar is tuned to “concert pitch,” the range of frequencies for those three octaves is between 82.4 Hertz and 659.2 Hertz inclusive. What is the compound inequality that represents the range of frequencies for a guitar tuned to “concert pitch” using the variable f?
OpenStudy (anonymous):
R u doing that?
OpenStudy (anonymous):
OpenStudy (anonymous):
pretty much
OpenStudy (anonymous):
WHAT DO YOU THINK IT IS?
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OpenStudy (anonymous):
sorry for the caps
OpenStudy (tanabugg):
Are you from connections @goopyfish908 just wondered
OpenStudy (anonymous):
thats ok. i think its either b or d. unless im thinking about it backwards
OpenStudy (anonymous):
thats what i was thinking
OpenStudy (anonymous):
i dont know what connections is... so no
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OpenStudy (anonymous):
the little filled in circle tells you your inequality should have the line under it, i.e. it is either \(\le\) or \(\ge\)
OpenStudy (anonymous):
ok
OpenStudy (anonymous):
i will let you figure out whether numbers to the left of \(-3\) are less than or equal to \(-3\) i.e. \(x\le-3\) ior greater than or equal to \(-3\) ie. \(x\geq -3\)
OpenStudy (anonymous):
oh.. thank you soooo much!!! @satellite73
OpenStudy (skullpatrol):
recall when the circle is filled in that means equal
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