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Physical Computing with Arduino (Journal Article)

By:

Raychaudhuri, Barun

Material type: Text

TextSeries: The Physics Teacher ; Volume 61, Number 9, December 2023Publication details: Washington :American Association of Physics Teachers , December 2023Description: 795–798pISSN:

0031-921X

Subject(s):

Light emitting diodes| Microcontroller| Wave forms| Photoresistors| Students| Learning and learning models| Educational aids

Online resources:

Click here to access online

Contents:

***______{For Hard Copy, Please visit Library.}________***

Summary: Abstract: This article exemplifies a learning methodology for physical computation with electrical and nonelectrical physical entities using Arduino coding and interfacing. The target group is undergraduate physics majors. Instead of following a predetermined setup, it emphasizes the sovereign thought of the student and demonstrates how the same microcontroller system, with minor variation in hardware and code, can be implemented to a completely different type of application, such as low- and high-voltage switching, light and temperature sensing, producing sound, and generating voltage waveforms.

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Item type	Current library	Call number	Status	Date due	Barcode
Periodicals	RIE BPL Library		Not for loan

***______{For Hard Copy, Please visit Library.}________***

Abstract: This article exemplifies a learning methodology for physical computation with electrical and nonelectrical physical entities using Arduino coding and interfacing. The target group is undergraduate physics majors. Instead of following a predetermined setup, it emphasizes the sovereign thought of the student and demonstrates how the same microcontroller system, with minor variation in hardware and code, can be implemented to a completely different type of application, such as low- and high-voltage switching, light and temperature sensing, producing sound, and generating voltage waveforms.

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Physical Computing with Arduino (Journal Article)

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