This video highlights the development of theory of interaction of electricity with magnetism. A number of scientists were involved in understanding, interpreting and validating electromagnetism with simple experiments involving current and magnetic elements. During September 1820, Ampere investigated magnetic effects of repulsion/attraction between like/unlike poles. He developed theory of electro-dynamics related to magnetism as interaction of current elements. Laplace was skeptical of his ideas while some other scientists like Fernel started thinking on converse patterns. Some other scientists like Jean Fernel focused on theory of production of electricity by magnetism and production of currents in conducting metals. Jean Fernel ...
Essays on Galvanometer
3 samples on this topic
The variety of written assignments you might receive while studying Galvanometer is stunning. If some are too challenging, an expertly crafted sample Galvanometer piece on a related subject might lead you out of a deadlock. This is when you will definitely acknowledge WowEssays.com ever-expanding collection of Galvanometer essay samples meant to ignite your writing enthusiasm.
Our directory of free college paper samples showcases the most bright instances of top-notch writing on Galvanometer and relevant topics. Not only can they help you come up with an interesting and fresh topic, but also display the effective use of the best Galvanometer writing practices and content structuring techniques. Also, keep in mind that you can use them as a source of reliable sources and factual or statistical information processed by real masters of their craft with solid academic backgrounds in the Galvanometer field.
Alternatively, you can take advantage of practical write my essay assistance, when our writers provide a unique example essay on Galvanometer tailored to your personal instructions!
Introduction.
Current generates magnetic field β of which its direction and magnitude highly depends on the geometry of the coil in which charge flows through. Coils can have different geometric shapes; circular, torus and two circular coils with current flowing in either the same or opposite direction. In such different coil geometry therefore, the magnetic field β can be determined using Ampere’s and Biot-Savart Laws’.
Instruments/apparatus.
- Bar magnet. - Insulated copper wire Circular and toroidal coil - Cardboard tube. - Galvanometer.
Procedure and Observation.
- The insulated copper wire was wrapped around the cardboard tube to form a single circular coil and ...
The experiment was to use the coiled wire and a magnet to produce current. The apparatus used to do this experiment were bar magnet, insulated copper wire a sensitive current measuring device and a paper towel.Procedure used.Wrapped the insulated copper wire around the cardboard tube and formed a solenoid. Then connected each end of the wire to the terminals of the current measuring device and switched it on (galvanometer) to complete the circuit.Inserted the bar magnet inside the solenoid and moved it faster and slower and switched off the galvanometer disconnect the circuitReduced the number of turns in the solenoid and repeated the ...
Get а 100% plagiarism free Essay on Galvanometer just from $10/page!
Become your best self with our academic help.
ORDER AN ESSAY
