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Subrat SaurabhAuthor of Kuch Woh Pal
INNOVATIVE METHODS FOR PHYSICS EXPERIMENTS
FULLY TESTED WORKING EXPERIMENTS.
COMPLETE CIRCUIT DIGRAM WITH ARDUINO AND BREAD BOARD
COMPLETE PROGRAM WHICH RUNS WITH ARDUINO IDE (OPEN SOURCE).
LINE BY LINE EXPLANATION OF PROGRAMS.
ALL PROGRAMS EXCEPT RESONANCE EXPERIMENT USING RESONANCE TUBE CAN BE RUN ON TINKERCAD ON WHICH ALL COMPONENTS ARE PROVIDED.
IDEAS FOR NEW PROJECTS ARE GIVEN.
INNOVATIVE METHODS FOR PHYSICS EXPERIMENTS
FULLY TESTED WORKING EXPERIMENTS.
COMPLETE CIRCUIT DIGRAM WITH ARDUINO AND BREAD BOARD
COMPLETE PROGRAM WHICH RUNS WITH ARDUINO IDE (OPEN SOURCE).
LINE BY LINE EXPLANATION OF PROGRAMS.
ALL PROGRAMS EXCEPT RESONANCE EXPERIMENT USING RESONANCE TUBE CAN BE RUN ON TINKERCAD ON WHICH ALL COMPONENTS ARE PROVIDED.
IDEAS FOR NEW PROJECTS ARE GIVEN.
SALIENT FEATURES
Of the Book
· Simplicity in explaining difficult concepts through examples in learner-centric mode.
· Differentiating between Ideation, Invention, and Innovation as commonly used in the Industry.
· Focusing on paradigm transformation of School Level Education system & HEIs, via NEP-2020 directions to pr
SALIENT FEATURES
Of the Book
· Simplicity in explaining difficult concepts through examples in learner-centric mode.
· Differentiating between Ideation, Invention, and Innovation as commonly used in the Industry.
· Focusing on paradigm transformation of School Level Education system & HEIs, via NEP-2020 directions to promote Skilling, Make -in India, Creativity, Innovation & Start Ups.
· Creative Ideation Techniques for generation of multiple solutions.
· Concept of Assessment of Solution idea on Physical realizability, Economic Feasibility, User Acceptability
· Buyer’s perception of Utility Concept, Utility Composite Index
· Significance of proper design of Controls and Display
Dr. Avadhesh K. Khare
Dr. Hari K. Sahjwani
In the vast expanse of Physics, where principles blend with innovation, Physics Experiments Using Arduino; emerges as an uncharted territory of exploration. It not only offers an insightful scholastic journey into the fascinating world of physics but also intertwines with the art of DIY electronics using Arduino.
This book is a manifestation of the unmatched dedication, relentless perseverance, and profound inspiration from a notable array of
In the vast expanse of Physics, where principles blend with innovation, Physics Experiments Using Arduino; emerges as an uncharted territory of exploration. It not only offers an insightful scholastic journey into the fascinating world of physics but also intertwines with the art of DIY electronics using Arduino.
This book is a manifestation of the unmatched dedication, relentless perseverance, and profound inspiration from a notable array of personalities.
Many books are written on Arduino and its working with some Projects. However, none of the books give the Physics Experiments which can be done using Arduino. Basic Concepts are explained first, and then various Physics experiments are explained with circuit diagram and the code to Run the project. Some sensors are used to control the devices as per our requirements
"Physics Innovative Experiments with Arduino" presents an enriching exploration of fundamental physics concepts through a lens of innovation. This comprehensive book delves into experiments covering light, sound, servomotors, temperature and humidity measurement, and time measurement, offering a holistic understanding of diverse physical phenomena. What sets this book apart is its meticulous inclusion of source codes and circuit diagrams for each experiment
"Physics Innovative Experiments with Arduino" presents an enriching exploration of fundamental physics concepts through a lens of innovation. This comprehensive book delves into experiments covering light, sound, servomotors, temperature and humidity measurement, and time measurement, offering a holistic understanding of diverse physical phenomena. What sets this book apart is its meticulous inclusion of source codes and circuit diagrams for each experiment, alongside detailed pin connections. This thoughtful approach empowers readers, whether students, teachers, or enthusiasts, with the practical skills needed to bring these experiments to life. The book serves as an invaluable guide, fostering hands-on learning and inspiring creativity in the dynamic fusion of physics and Arduino technology.
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