1. A pair of 4 diametral pitch 14% degree involute machine cut bevel gears of SAE 3245 steel have a 2:1reduction. The pitch diameter of the driver is 10 in and the face 2 in. Determine:Ans. 26.55⁰Ans. 63.45⁰Ans. 1.28⁰Ans. 27.83⁰Ans. 1.28⁰Ans. 64.73⁰Ans. 1.48⁰A. pitch angle of the pinionB. pitch angle of the gearC. pinion addendum angleD. Face angle of the pinionE. gear addendum angleF. Face angle of the gearG. Gear dedendum angle

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1. A pair of 4 diametral pitch 14% degree involute machine cut bevel gears of SAE 3245 steel have a 2:1 reduction. The pitch diameter of the driver is 10 in and the face 2 in. Determine: Ans. 26.55⁰ Ans. 63.45⁰ Ans. 1.28⁰ A. pitch angle of the pinion B. pitch angle of the gear C. pinion addendum angle D. Face angle of the pinion E. gear addendum angle F. Face angle of the gear G. Gear dedendum angle Ans. 27.83° Ans. 1.28⁰ Ans. 64.73⁰ Ans. 1.48⁰

1. A pair of 4 diametral pitch 14% degree involute machine cut bevel gears of SAE 3245 steel have a 2:1 reduction. The pitch diameter of the driver is 10 in and the face 2 in. Determine: Ans. 26.55⁰ Ans. 63.45⁰ Ans. 1.28⁰ A. pitch angle of the pinion B. pitch angle of the gear C. pinion addendum angle D. Face angle of the pinion E. gear addendum angle F. Face angle of the gear G. Gear dedendum angle Ans. 27.83° Ans. 1.28⁰ Ans. 64.73⁰ Ans. 1.48⁰

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

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Concept explainers

Power Transmission Elements

It is defined as the energy transfer from one location to another location. The energy will start moving from the energy generation source to the energy applied position to obtain the work output. From this method, a large amount of electric energy moves from the power station to various electrical substations.

Question

1. A pair of 4 diametral pitch 14% degree involute machine cut bevel gears of SAE 3245 steel have a 2:1
reduction. The pitch diameter of the driver is 10 in and the face 2 in. Determine:
Ans. 26.55⁰
Ans. 63.45⁰
Ans. 1.28⁰
Ans. 27.83⁰
Ans. 1.28⁰
Ans. 64.73⁰
Ans. 1.48⁰
A. pitch angle of the pinion
B. pitch angle of the gear
C. pinion addendum angle
D. Face angle of the pinion
E. gear addendum angle
F. Face angle of the gear
G. Gear dedendum angle

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