Question

Problem The figure shows a $16T$ $20^\circ$ straight bevel pinion driving a $32T$ gear, and the location of the bearing centerlines (all dimensions shown are in inches). Pinion shaft $a$ receives $2.5$ hp at $240$ rev/min. Determine the bearing reactions at $A$ and $B$ if $A$ is to take both radial and thrust loads.

Name: problem the figure shows a 16t 20circ straight bevel pinion driving a 32t gear and the location of the bearing centerlines all dimensions shown are in inches pinion shaft a receives 25 hp at 26059
Uploaded: 2024-07-29T20:55:59-08:00
Duration: 10 min 52 s
Channel: Adi S
Description: problem the figure shows a 16t 20circ straight bevel pinion driving a 32t gear and the location of the bearing centerlines all dimensions shown are in inches pinion shaft a receives 25 hp at 26059

          Problem
The figure shows a $16T$ $20^\circ$ straight bevel pinion driving a $32T$ gear, and the location of the bearing centerlines (all dimensions shown are in inches). Pinion shaft $a$ receives $2.5$ hp at $240$ rev/min. Determine the bearing reactions at $A$ and $B$ if $A$ is to take both radial and thrust loads.

problem the figure shows a 16t 20circ straight bevel pinion driving a 32t gear and the location of the bearing centerlines all dimensions shown are in inches pinion shaft a receives 25 hp at 26059

Added by Michael B.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

07/29/2024

Step 1

5 hp Rotational speed ($n$) = 240 rev/min We need to determine the bearing reactions at A and B. Bearing A takes both radial and thrust loads, while bearing B takes only radial loads. Step 2: Calculate the pitch diameters of the pinion and gear. The pitch cone Show more…

Show all steps

Thanks for your feedback!

Problem The figure shows a $16T$ $20^\circ$ straight bevel pinion driving a $32T$ gear, and the location of the bearing centerlines (all dimensions shown are in inches). Pinion shaft $a$ receives $2.5$ hp at $240$ rev/min. Determine the bearing reactions at $A$ and $B$ if $A$ is to take both radial and thrust loads.