3. For the following planetry gear train determine the following-Internal gear connectedto drive shaft, 427Sun gear:-Planet pinions, 127Planet carrier connected to transmissionFigure not to scale.N2 = 24 teeth,Input to Sun gear: w₂ = 100 rpm ccw,T₂ = 1000 lbf-inInput to Ring gear: ws = 240 rpm cwa. Determine the angular velocity of the carrier.(units and direction).b. Determine the torque on the arm.

Answered: Image /qna-images/answer/12316ae2-b070-4f63-9b58-b37e35c0c54a.jpg

Answered: 3. For the following planetry gear…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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2. The following data is for the gear train shown in the figure: Given: N2 = 30t, N3 = 35t, N4 = 55t, N5 = 40t, N6 = 50t, N7 = 40t %3D w2 = 30 rpm ccw, warm = 20 rpm cw, Input torque on gear 2 is 1200 lbf.in Determine the following: a. Angular velocity of the sun gear. b. The gear ratio R required to determine the angular velocity of gear 6. c. The angular velocity of gear 6. d. The angular velocity of gear 7. e. Output torque on gear 7. Be careful with your units. Arm 6 ... 7
The following data is for two meshing gears Velocity ratio=0.5 Module =5 mm, Pressure angle =20° Centre distance = 250 mm Determine the number of teeth and the base circle radius of the gear wheel.
Qestion-2: Figure shows a compound planetary poar train with following given data Gihen Data Number of teeth of sun Gear - 30 Number of teeth of compound Gear-3 -25 Number of teeth of compound Gear-4-45 Number of teeth of planet Gear- 50 Ring gear is stationary Arm is rotating clockwise with 50 RPM a) ldentify total number of shafts and maximum possible modules in this configuration b) Formulate to determine number teeth of ring gear (write all stops and assumptions, if any to get full marks) ) Solve to find spood and direction of rotation of sun gear and Gear-3. Revolutions of Dements (RPM Ring Gear Am Sun Gear Compound Gear Panet Gear
For the following differential gear, if the number of teeth is as follows: N = 24, N2 = 48, Na = 18, Na = 20, Ns = 18, N. = 20. if the input gear from the engine rotates at an angular velocity of un = 100 rad/sjand the left wheel (gear 5) is held fixed (ws =0 rad/s), determine the angular velocity of the right wheel (gear 3). %3D %3! Ouput Oup
|Q1: Two spure gears are engaged. The large one has Pd=5, D= 10 inch. The speed ratio is (2), ø = 20°. Find the length of line of action and contact ratio.
1
A gearset has the following parameters: diametral pitch = 8, pressure angle = 20°, 19-tooth pinion meshed with 37-tooth gear. Find the gear ratio, circular pitch, base pitch, pitch diameters, center distance, addendum, dedendum, whole depth, clearance, and the outside diameters.
2. Design a compound gear drive for an exact velocity ratio of150:1
An epicyclic gear in figure 1 consists of ring gear, planet gear and sun gear. The ring gear has 72 internal teeth and sun gear has 32 external teeth. Planet gear meshes with both ring and sun gears and is carried on an arm which rotates about the Centre of the ring gear at 20 rpm. If the gear A is fixed, Calculate the speed of planet gear.
Consider the gear train in the following figure. Assume the angular velocity of driving gear is Win = 1000 rpm. Find the angular velocity of driven gear (@out). Driving Gear 12 Tooth Linked by Shared Axle Driven Gear 60 Tooth 60 Tooth
Please answer this ASAP,i need the answer in 45 min,mechanical engineering task,thx The pinion transmits 400 horsepower at 2000 rpm from a wheel single reduction straight gear. The center distance is close to 60 cm with a gear ratio of 10:1. Addendum = m with a pressure angle of 22.5o , normal pressure between teeth = 180 N/mm width. count : the closest module; the number of teeth on each wheel; pinion width

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