A method to measure angular velocity is to use a proximity sensor that generates a pulse when a metal item is within the sensor’s detection range. A wheel is attached to an engine’s crankshaft that has a total 65 teeth. Each tooth is within the sensor’s detection range, however, each gap between the teeth is not within the sensor’s detection range. The engine is running at some angular speed. Determine the engine’s speed (in RPM) if a proximity sensor generates a frequency of 4,256 Hz
A method to measure angular velocity is to use a proximity sensor that generates a pulse when a metal item is within the sensor’s detection range. A wheel is attached to an engine’s crankshaft that has a total 65 teeth. Each tooth is within the sensor’s detection range, however, each gap between the teeth is not within the sensor’s detection range. The engine is running at some angular speed. Determine the engine’s speed (in RPM) if a proximity sensor generates a frequency of 4,256 Hz
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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A method to measure angular velocity is to use a proximity sensor that generates a pulse
when a metal item is within the sensor’s detection range.
A wheel is attached to an engine’s crankshaft that has a total 65 teeth. Each tooth is within
the sensor’s detection range, however, each gap between the teeth is not within the
sensor’s detection range. The engine is running at some angular speed. Determine the
engine’s speed (in RPM) if a proximity sensor generates a frequency of 4,256 Hz
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