If an electric motor M supplies a cable force of F=(At+B) N, where t is in...

 

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If an electric motor M supplies a cable force of F=(At+B) N, where t is in seconds and the crate has a mass of M kg and rests on a surface for which the coefficients of static and kinetic friction are p, and H, respectively, find the power output developed by the motor when t Ts. Unit Magnitude Your Student ID's last digit +3 Your Student ID's last digit + 35 Your Student ID's last three digit + 15 (Your Student ID's last digit) /10+ 0.1 (Your Student ID's last digit) /10+ 0.15 Your Student ID's last digit +2 Parameter B M kg sec If an electric motor M supplies a cable force of F=(At+B) N, where t is in seconds and the crate has a mass of M kg and rests on a surface for which the coefficients of static and kinetic friction are p, and H, respectively, find the power output developed by the motor when t Ts. Unit Magnitude Your Student ID's last digit +3 Your Student ID's last digit + 35 Your Student ID's last three digit + 15 (Your Student ID's last digit) /10+ 0.1 (Your Student ID's last digit) /10+ 0.15 Your Student ID's last digit +2 Parameter B M kg sec

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