PDF-Module 3 : MAGNETIC FIELDLecture 16 : Ampere's LawIn this lecture you

Establish Ampere law in integral form Calculate the magnetic field for certain current configuration using Amperes law Derive the differential form of Amperes lawAmperes LawBiotSavarts law fo. In addition magnetic fields create a force only on moving charges The direction the magnetic field produced by a moving charge is perpendicular to the direction of motion The direction of the force due to a magnetic field is perpendicular to the dir The tip can be adjusted allowing the user to measure fields that are parallel or perpendicular to the long axis of the sensor The Magnetic Field Sensor can be used for a variety of interesting experiments involving magnetic fields Measure and study Calculate the magnetic field for certain current configuration using Amperes law Derive the differential form of Amperes law Amperes Law BiotSavarts law for magnetic field due to a current element is difficult to visualize physically as such element (Free Space With Currents & Conductors). Outline. Review of Last Time: Gauss. ’. s Law. Ampere. ’. s Law. Applications of Ampere. ’. s Law. Magnetostatic Boundary Conditions. Stored Energy. Sensors. (bit incomplete. , still). Sensing Categories. Voltage. starting easy: analog in. Distance. acoustic or light. Speed. hard; usu. via distance. Acceleration. accelerometers. Light Level. phototransistors, photodiodes. P i i R Arc length = f R f Recap Lecture 18 Today: • Ampere’s law • Applications of Ampere’s law • Straight wire • Solenoid  Ex.: Calculate  Module 20: Ampere’s Law 1 Module 20: Outline Ampere ’ s Law Ampere s Law 2 Concept Question: Question The integral expressionBsd 1 isequaltothemagneticworkdonearoundaclosed 1 . is Quasistatics. Outline. Limits to Statics. Quasistatics. Limits to Quasistatics. Reading – Haus and Melcher - Ch. 3. Electric Fields. Magnetic Fields. For . Statics systems . both time derivatives are unimportant, and Maxwell. Devon Mordell. RIVET . (Learning Technologies Division of FHS). Elements of an e-Learning Module. Content. Delivery. +. YOU. ME. (and you too). What we’ll look at today:. Understanding the difference between lecture capture and e-learning modules. WC Centrifugal. Content. Mechanical System. Key Components. Motor Starters. Application. 2. Mechanical System. 3. Layout. 4. Economizer. Centrifugal Compressor. Shell & Tube Condenser. Full falling film Evaporator. Outline. Review of Last Time: Gauss. ’. s Law. Ampere. ’. s Law. Applications of Ampere. ’. s Law. Magnetostatic Boundary Conditions. Stored Energy. Suggested Reading - Shen and Kong – Ch. 13. a . Mexican. . company. . providing. . tools. , . systems. and . solutions. . for. . seismology. , . geodesy. and . civil . engineering. .. But. . w. e. . are more . than. . just. . suppliers. The coffee drinkers. Work to be done until end of year. New DB Module layout work. New K Module layout work. Heat to air study. Thermal . tests. Sara’s breakdown compensation method. Documentation of current T0#2 and T1 design changes with respect to CDR design T0#1 as CLIC note . Magnetic . Energy. . once an ancient mystery, is now recognized as the strongest natural force in the universe. . . Our Earth. . is a giant magnet and all life developed under the influence of the earth’s magnetic field. .