PI0-4. The motor delivers 10 hp to the shaft. If it rotates at 1200 rpm, detemine the torque produced by the motor.
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- Draw free-body diagrams of the two gears, assuming an input couple M on theOUT X shaft of the larger gear in the direction shown. Include forces at bearings A, B, D and E. M isthe reaction couple at the output shaft - i.e. the resistance to turning of the object being driven.The gears have 48 and 24 teeth respectively. If the input gear (large gear) turns at 100 rpm(= revolutions per minute), the output speed (small gear) is _______rpm.Wil OUT X IN Xl M be larger or smaller than M ?Given the shaft with multiple torques on it, calculate the internal torque developed in the BC segment: TBC = ____ N-m. If it is negative, please input the negative sign as well.The electric motor exerts a 500-N-m torque on the aluminum shaft ABCD when it is rotating at a constant speed. The torques exerted on pulleys Band Care as shown. Take a = 1.4 m, b= 0.9 m, and G= 27 GPa. NOTE: This is a multi-part question. Once an answer is submitted, you will be unable to return to this part. 300 N. m 200 N. m 45 mm 44 mm 40 mm Im Determine the angle of twist between Band C. The angle of twist between Band Cis|
- The power and motion cannot be transmitted from one shaft to another shaft by means of gear drives if the velocity is very low. Select one: True FalseDetermine the torque in in-lb received by the motor shaft running at 4250 rpm, transmitting 11 Bhp.Solve simultaneously Torque Equations 8.1 and 8.2 to find W1 and W2.
- The power and motion can be transmitted from one shaft to another shaft by means of gear drives if center distance between the shafts is very large. Select one: True FalseDetermine the torque M which must be exerted by the motor. Express the answer with 3 significant figures and include appropiate units. Look at the images for details about the question.Determine the maximum permissible angle between the shaft axes of osuniversal joint if the drivix cshaft rotates and the total fluctuation ofe meed does not exceed 60 rpm. Also, find then m mum and the minimum speeds of the driven shaft. at 800
- 2. A 75 kW induction motor runs at 740 rpm in clockwise direction. A 19 tooth helical pinion with20 degree normal pressure angle, 10 mm normal module and a helix angle of 23 degree is keyed to the motor shaft. Draw a 3-dimensional sketch of the motor shaft and the pinion. Show the forces acting on the pinion and the bearing at A and B. The thrust should be taken out at A All dimensions are in mm y 750 B 200 Z2=38 Z₁ = 19 XThe gear motor can develop hp when it turns at 510 rev/min. The shaft has a diameter of 1/2 in.Can anyone help me with this question. The Motor (J1=0.46 kg‐m2) is connected to a gearbox (J2 =0.27 kg‐m2 and J3=0.17 kg‐m2) by a steel shaft. The output of the gearbox is connected to a turbine (J4=0.37 kg‐m2 by a second steel shaft. The shafts are supported by bearings (not shown). The gearing in the gearbox is such that theta3=‐2.7theta2. Use Lagrange methods to determine the equation of motion for the system including the flexibility of the shafts, using variables of theta 1, theta 3, theta 4 based on changing theta 3.