For the planetary gear train shown:N₂ = 20t, N₁ = 40t, N₁ = 18t, N₁ = 36t, N₁ = 154t.3 is the arm (carrier) connecting planet gears N, and Ns.Inputs are the ring gear with an angular velocity of 100 rpm cow and the arm with an angularvelocity of 50 rpm cw,1547407367Gears 5 and 6 are on the sameshaft.207Gears 5 and 4 are meshed. Gears 4and 2 are meshed.1873 denotes the carrier (arm).a. Determine the angular velocity of planet gear 5. What are the gear sets and gear ratio for thisquestion?b. Determine the angular velocity of the sun gear. What are the gear sets and gear ratio for thisquestion?

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Answered: For the planetary gear train shown: N₂…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Q12:- The figure below shows an epicyclic gear train. Pinion A has 15 teeth and is rigidly fixed to the motor shaft. The wheel B has 20 teeth and gears with A and also with the annular fixed wheel D. Pinion C has 15 teeth and is integral with wheel B (B and C being a compound gear wheel ). Gear C meshes with the annular wheel E, which is keyed to the machine shaft. The arm rotates about the same shaft on which A is fixed and carries the compound wheel B,C. If the motor runs at 1000 rpm, find the speed of the machine shaft. Also find the torque exerted on the machine shaft, if the motor develops a torque of 10 kg.m.
A commercial enclosed spur gearset has 22 teeth on the pinion and 60 teeth on the gear. The pressure angle is 20° and the overload factor Ko =1. The diametral pitch is 8 teeth/in and the face width is 5 in. The pinion speed is 1000 rev/min and its cycle life is to be 10° revolutions at a reliability R =0.50. The quality number is 5 and the tooth are crowned. The material is a through-hardened steel, grade 2, with Brinell hardnesses of 250 core and case of both gears. For a conservative design and bending stress design factor of 2, rate the pinion (power) for these conditions using the AGMA method.
Qv quality number for camberless straight bevel pinion gear with 20 teeth and a modulus of 4 mmis 6. Made of 1st quality steel, with a hardness of 300 HB, the pinion and the reciprocating gear are completelyhardened. The rotated gear has 60 teeth. Pinion life is 109 cycles and reliabilitycoefficient is 0.999. Shaft angle is 90o, pinion rotation speed is 900 rpm. Tooth width 32 mm andThe normal pressure angle is 20o. Based on AGMA bending strength, the strength of the gear systemcalculate. Load factor Ko =1, safety factor SF =1.
1. For the following simple gear train determine the angular velocity and torque of gear 6. 2 A M₂ @₁ = 1800 rpm T₂ = 1200lbf-in N₂ = 17 teeth N₁ = 28 teeth N₁ = 12 teeth N N₁ = 38 teeth N6 = 24 teeth N6 FIGURE 9-28 A simple gear train
The following data refer to two meshing involute gears of 20° pressure angle: Number of teeth on pinion 20, speed ratio = 2, speed of pinion = 250 rpm, module = 12 mm The addendum of each wheel is such that the path of approach and path of recess on each side are half of the maximum possible length. 1) Illustrate the value of addendum for both wheels, 2) Identify the length of arc of contact, and, 3) Formulate the free body diagrams for wheels in connection.
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3. For the following planetry gear train determine the following -Internal gear connected to drive shaft, 427 Sun gear: -Planet pinions, 127 Planet carrier connected to transmission Figure not to scale. N2 = 24 teeth, Input to Sun gear: w₂ = 100 rpm ccw, T₂ = 1000 lbf-in Input to Ring gear: ws = 240 rpm cw a. Determine the angular velocity of the carrier. (units and direction). b. Determine the torque on the arm.
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