Physics, 12.09.2019 21:30 blackjack73
A12.0-cm long cylindrical rod has a uniform cross-sectional area a = 5.00 cm2. however, its density increases linearly from 2.60 g/cm3 at one end to 18.5 g/cm3 at the other end. this linearly increasing density can be described using the equation = b + cx. (a) find the constants b and c required for this rod, assuming the low-density end is placed at x = 0 cm and the high-density end is at x = 12 cm. (b) the mass of the rod can be found using: m=dv=adx=(b+cx)adx
Answers: 1
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A12.0-cm long cylindrical rod has a uniform cross-sectional area a = 5.00 cm2. however, its density...
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