The minimum coefficient of friction to avoid slippage of the coin is 0.23.
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Minimum coefficient of friction</h3>
The minimum coefficient of friction can determined from the maximum speed of the coin.
ma = μmg
mv²/r = μmg
v²/r = μg
v² = μgr
μ = v²/(gr)
μ = (ωr)²/(gr)
μ = ω²r/g
μ = (7.95² x 0.035)/(9.8)
μ = 0.23
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Answer:
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Explanation:
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1: copper is a good conductor
most metals tend to be good conductors because it is easy for electron currents to flow through them
No work is done by THAT force.
If the field strength between the plates is 9 volts per cm, then over a path of 1/2cm parallel to the field, the potential changes by (1/2) x (9 volts) = 4.5 volts.