In the above figure, the area of circle A is 14pi and the area of circle B is 169pi. If point x (not shown above) lies on circle A and point y (not shown above) lies on circle B, what is the range of the possible lengths of line xy?
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OpenStudy (anonymous):
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OpenStudy (anonymous):
options are
A) 0 to 169π2
B) 0 to 144
C) 0 to 25
D) 0 to 50
E) 5 to 144
OpenStudy (anonymous):
what do you think?
OpenStudy (anonymous):
hmm idk from where to start (
OpenStudy (anonymous):
@k142
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OpenStudy (mathmath333):
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OpenStudy (anonymous):
yeah longest line is across the diameter.
OpenStudy (mathmath333):
yes u can find it now
OpenStudy (anonymous):
oh ok so line xy will be the combined diameter of circles A and B? @mathmath333
OpenStudy (mathmath333):
yes of cos
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OpenStudy (anonymous):
we need to find the diameter of each circle then and then add those 2 diameter, right?
OpenStudy (mathmath333):
u need to find the diameter of each circle then and then add those 2 diameter