PIRA 5H15.00 FIELDS AND CURRENTS

DCS #DEMONSTRATIONREFERENCEABSTRACT
5H15.00Fields and Currents
5H15.10iron filings around a wirePIRA 200Iron filings are sprinkled around a vertical wire running through the denter of a pexiglass sheet.
5H15.10field of wire and iron filings5H15.10
5H15.10magnetic field around a wireEi-9Iron filings show the field of a wire passing through a sheet of plexiglass.
5H15.10iron filings around a wire31-1.17Iron filings are sprinkled around a vertical wire running through plexiglass.
5H15.10magnetic fields around currentsDisc 19-09Iron filings around a current carrying wire, loop, coil, and solenoid.
5H15.12uniform and circular fieldsE-130Use iron filings to show the resultant of a vertical wire passing through a uniform field.
5H15.13right hand rulePIRA 1000
5H15.13right hand ruleDisc 19-07Move a compass around a vertical wire with a current, reverse the current. Animation of the right hand.
5H15.15Biot-Savart law animationPIRA 1000
5H15.15Biot-Savart lawDisc 19-14Animation.
5H15.20parallel wires and iron filingsPIRA 1000
5H15.20parallel wires and iron filings5H15.20
5H15.25anti-parallel wires and iron filingsPIRA 1000
5H15.25anti-parallel wires and iron filings5H15.25
5H15.40solenoid and iron filingsPIRA 200A solenoid is wound through a peice of plexiglass for use with iron filings on the overhead projector.
5H15.40solenoid and iron filings5H15.40
5H15.40field of a solenoidEi-10Iron filings show the field of a solenoid wound through a sheet of plexiglass.
5H15.40solenoid and iron filings31-1.20A solenoid is wound through a piece of plexiglass for use with iron filings on the overhead projector.
5H15.41iron filings in a ziploc bagTPT 28(4),244Seal an iron filing/glycerol mixture in a ziploc bag.
5H15.41iron filings in glycerinE-129A glass cylinder filled with iron filings in a solution of glycerin and alcohol is inserted into a solenoid.
5H15.43length of a solenoid31-1.21A large solenoid is constructed to make it easy to change the spacing of turns and therefore the length. A magnetometer or coil is used to show field strength, Picture, Diagrams.
5H15.45small coils in a solenoidE-92A no iron magnetism model. An array of small coils is mounted inside a large solenoid. Small springs keep the small coils aligned randomly when no current is applied.
5H15.46demountable Helmholtz coilsAJP 56(5),478On making large square demountable Helmholtz coils.
5H15.46Helmholtz coilsE-9dGeneration of a large uniform magnetic field by Helmholtz coils.
5H15.47long solenoidE-9cThe long solenoid used in the e/m experiment is shown.
5H15.50field of a toroidPIRA 200Iron filings show the field of a toroid which is wound through a sheet of plexiglass.
5H15.50torroid and iron filings5H15.50Same as Ei-11.
5H15.50field of a toroidEi-11Iron filings show the field of a toroid wound through a sheet of plexiglass.
5H15.60iron filings on the overhead32-1.1Iron filings in a viscous liquid permit field configurations to be shown. More.
5H15.60iron filings on the overheadE-123Iron filings are sprinkled on glass plates that have a single wire, parallel wires, and a solenoid passing through holes.
5H15.61filings in castor oil32-3.3Small iron filings are sprinkled onto a thin layer of castor oil and a magnetic field is applied.
5H15.65quantitative field of a coilAJP 28(2),147Apparatus Drawings Project No. 2: A search coil is mounted on a movable arm with provision for reading angle and distance.

ReferenceDescription
M-1Sutton
Ma-1Freier & Anderson
M-1dHilton
8-2.8Meiners
1A12.01University of Minnesota Handbook
AJP 52(1),85American Journal of Physics
TPT 15(5),300The Physics Teacher
Disc 01-01The Video Encyclopedia of Physics Demonstrations

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