an epicyclic gear train as shown in fig. the wheel s has 15 teeth and is fixed to the motor shaft rotating at 1450 rpm. the planet p has 45 teeth, gear with fixed annual A and rotate on a spindle carried by an arm which is fixed to output shaft. the planet P also gear with the sun wheel S. find speed of output shaft. if the transmitting 1.5kw find torque requied to fix annual A. (How to solve this problem)
Thank you. Your explanation is so clear
I would really appreciate if you could do hard problem with double crank and double planetary system
an epicyclic gear train as shown in fig. the wheel s has 15 teeth and is fixed to the motor shaft rotating at 1450 rpm. the planet p has 45 teeth, gear with fixed annual A and rotate on a spindle carried by an arm which is fixed to output shaft. the planet P also gear with the sun wheel S. find speed of output shaft. if the transmitting 1.5kw find torque requied to fix annual A. (How to solve this problem)
I hv doubt one of nomerical problems of torque of rattan book of Tom could u solve
44 + 22 + 46 = 92?