Yefim S. answered 09/19/24
Math Tutor with Experience
Fmax = = mg + ma = m(g + 0.068g) a = m(g + 0.068g) = 1.068mg = 1.068·9.81m/s2·4850kg = 50814 N
Fmin = mg - ma = m(g - 0.068g) = 0.932mg = 0.932·9.81m/s2·4850kg = 44343 N
Julia W.
asked 09/19/24An elevator of 4850 kg is to be designed so that the maximum acceleration is 0.068g. What are the maximum and minimum forces the motor should exert on the supporting cable?
Yefim S. answered 09/19/24
Math Tutor with Experience
Fmax = = mg + ma = m(g + 0.068g) a = m(g + 0.068g) = 1.068mg = 1.068·9.81m/s2·4850kg = 50814 N
Fmin = mg - ma = m(g - 0.068g) = 0.932mg = 0.932·9.81m/s2·4850kg = 44343 N
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