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OpenStudy (anonymous):
Match the scale factor of the side lengths of a regular polygon with the scale factor that results for the area, volume or perimeter.
Match Term Definition
twenty‾four A) volume: scale factor sixty-four
4 B) perimeter: scale factor twenty-four
twelve C) area: scale factor thirty-six
6 D) perimeter: scale factor twelve
OpenStudy (anonymous):
lmao wtf is tht
OpenStudy (anonymous):
@DangerousJesse
OpenStudy (anonymous):
u gotta match em up
OpenStudy (anonymous):
oh lmao it looked weird cuz u have 24 and 12 not typed
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OpenStudy (anonymous):
cant u post the graph :P
OpenStudy (anonymous):
yea brb
OpenStudy (anonymous):
k
OpenStudy (anonymous):
OpenStudy (anonymous):
@ganeshie8 can u help him im gonna go get something to eat aha plz
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ganeshie8 (ganeshie8):
use below :
if the scale factor of sides is \(k\), then :
1) scale factor of perimeters is \(k\)
2) scale factor of areas is \(k^2\)
3) scale factor of volumes is \(k^3\)
OpenStudy (anonymous):
hmm
ganeshie8 (ganeshie8):
Look at the first column
OpenStudy (anonymous):
so what would it be
ganeshie8 (ganeshie8):
the scale factor of sides is 24,
so the scale factor of perimeters would be what ?
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