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BARC/GATE Question Series Part - 41
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Question based on Gear Train

Deep Sangeet Maity

Unacademy user
Aditi Vinod Arya
4 months ago
You are welcome :) this question can't we directly get Np/Na by applying relative velocity ratio b/w planet and ring gear??
Deep Sangeet Maity
5 months ago
Yes you can apply between planet and Ring gear
Deep Sangeet Maity
5 months ago
But don't forget to take the relative velocity ratio
Aditya Sharma
5 months ago
Okay sir
  1. BARC & GATE Question series via Concepts Lesson-41 Presented by Deep sangeet Maity

  2. About ME Working as a Design engineer at "Cameron Manufacturing India Pvt Limited (A Schlumberger Company)". . Currently working as "GATE content editor and developer" at "Kreatryx" .Qualified GATE "3" times Qualified "Gate 2018 with 99.4 percentile 779(75.26 marks) gate score" in mechanical stream Qualified "Gate 2017 with 98.83 percentile 726(70 marks) gate score" in mechanical stream I also have an 3+ years of experience of teaching Engineering subjects like Engineering mechanies, Thermodynamies, SOM, HMIT Ex-CADD Engineer at "CADD CENTRE". Passed B.E. with honours with 76.71%. I am pursuing my MTech in Thermal I have an 2.5+ years of experience as a CADD Engineer. . Ialso have worked for "CAD ACADEMY" as a Design engineer for 1 year.

  3. In an epicyclic gear train. shown in the figure. the outer ring gear is fixed. while the sun gear rotates counterclockwise at 100 rpm. Let the number of teeth on the sun. planet and outer gears to be 50. 25. and 100, respectively. The ratio of magnitudes of angular veiocicy of the planet gear to the angular velocity of the carrier arm is Question. Outer ring gear Planet gcar Sun gear Carrier arm

  4. o (fixed) =SO owto

  5. Between ge Sun Na STO

  6. Beween Sun geaand NsN Np-Na To S O p 333.33 nitude Na-33.33

  7. Rate Review Recommend follow