A rod has length 2 meters. At a distance x meters from its left end, the density of the rod is given by 8(x) = 2 + 6x gm/m. Find the exact mass of the rod using an integral. %3D
A rod has length 2 meters. At a distance x meters from its left end, the density of the rod is given by 8(x) = 2 + 6x gm/m. Find the exact mass of the rod using an integral. %3D
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3.4 Density
Math& 152
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A rod has length 2 meters. At a distance x meters from its left end, the density of the rod is given by d(x) = 2 + 6x
gm/m. Find the exact mass of the rod using an integral."
Transcribed Image Text:Worksheet
3.4 Density
Math& 152
Try it now 1 (click here to jump to answers at the end)
A rod has length 2 meters. At a distance x meters from its left end, the density of the rod is given by d(x) = 2 + 6x
gm/m. Find the exact mass of the rod using an integral.

Transcribed Image Text:16 gm
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