Pink and Yellow Doodle Creative Project Presentation_20250902_070124_0000.pdf

Pink and Yellow Doodle Creative Project Presentation_20250902_070124_0000.pdf

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  PROJECT PROJECT PRESENTATION PRESENTATION BY:GROUP-7
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  BENJAMIN BENJAMIN FRANKLIN FRANKLIN FRANKLIN’S ORIGINAL ELECTROSTATICMOTOR— WHICH TRANSFORMED ALTERNATING CHARGES INTO MECHANICAL MOTION (THINK OF HIS INGENIOUS TURKEY-ROTISSERIE SPIN VIA CHARGED THIMBLES)— HAS FOUND NEW LIFE IN MODERN ENGINEERING. A STARTUP IN WISCONSIN, C‑MOTIVE TECHNOLOGIES, IS REINVENTING THIS CONCEPT USING ADVANCED MATERIALS AND FLUIDS, ACHIEVING UP TO 80% GREATER EFFICIENCY THAN TRADITIONAL ELECTROMAGNETIC MOTORS. THESE REVIVED MOTORS AVOID RELIANCE ON RARE-EARTH MATERIALS AND COULD IMPACT INDUSTRIES LIKE ROBOTICS, RENEWABLE ENERGY GENERATION, AND LOGISTICS.
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  ELECTROSTATIC ELECTROSTATIC MOTORS: A HISTORICAL MOTORS:A HISTORICAL CONCEPT REBORN CONCEPT REBORN Franklin’s original electrostatic motor—which transformed alternating charges into mechanical motion (think of his ingenious turkey-rotisserie spin via charged thimbles)—has found new life in modern engineering. A startup in Wisconsin, C‑Motive Technologies, is reinventing this concept using advanced materials and fluids, achieving up to 80% greater efficiency than traditional electromagnetic motors. These revived motors avoid reliance on rare-earth materials and could impact industries like robotics, renewable energy generation, and logistics.
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  FOUNDATIONS OF FOUNDATIONS OF ELECTRICALTHEORY ELECTRICAL THEORY AND VOCABULARY AND VOCABULARY Franklin didn’t just tinker—he helped create the very language of electricity. He introduced terms we'd recognize today: battery, charge, conductor, positive, negative, among others. He also helped formalize concepts like the conservation of charge and the distinction between conductors and insulators, laying the theoretical foundation for modern electronics.
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  FROM LEYDEN JARSTO FROM LEYDEN JARS TO SMARTPHONES SMARTPHONES In his experiments, Franklin used Leyden jars—early capacitors—to store electrical charge. He even coined the term “battery” for a chain of these jars. These ideas around charge storage have evolved into today’s capacitors and batteries, essential components in everything from power supplies to smartphones. The Smithsonian today connects Franklin's early experiments directly to modern devices like capacitors in radios and smartphones.
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  THE LIGHTNING ROD→ THE LIGHTNING ROD → ELECTRICAL SAFETY ELECTRICAL SAFETY STANDARDS STANDARDS Franklin’s development of the lightning rod based on his findings with electrostatics and static charge pointed the way to modern lightning protection systems. His invention remains a fundamental safety feature in architecture and electrical engineering worldwide.
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  FRANKLIN BELLS AND FRANKLINBELLS AND EDUCATIONAL EDUCATIONAL DEMONSTRATIONS DEMONSTRATIONS Franklin’s “bells”—connected to a lightning rod and ground—served as a primitive electrical indicator and are still used in modern physics education to demonstrate static electricity, charge flow, and attraction/repulsion.
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  CONTRIBUTION CONTRIBUTION His contributions topolitics, literature, science, and philosophy were remarkable. He was a constant inventor, accredited for the invention of the lightning conductor, Franklin Stove, bifocal spectacles, oceanography, and many others.
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  THANK YOU THANK YOU VERYMUCH! VERY MUCH!