Category:Lorentz force
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mutual force exerted by two punctual charges in relative motion | |||||||
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Subcategories
This category has the following 7 subcategories, out of 7 total.
3
- 3-phase motor diagrams (45 F)
A
- Ampere's force law (13 F)
- Animations of DC motors (13 F)
H
- Homopolar motors (23 F)
L
- Lorentz force velocimetry (8 F)
R
- Relativistic electrodynamics (11 F)
T
- Teltron tubes (17 F)
Media in category "Lorentz force"
The following 154 files are in this category, out of 154 total.
- 18. Амперова сила.ogv 40 s, 1,920 × 1,080; 30.19 MB
- 53. Лоренцова сила со осцилоскоп.ogg 1 min 0 s, 1,920 × 1,080; 68.92 MB
- A5(Eng).png 258 × 421; 60 KB
- A5(Rus).png 370 × 503; 87 KB
- Adeeltjeinmagnetischveld03.png 842 × 595; 19 KB
- Adeeltjeinmagnetischveld04.svg 512 × 362; 9 KB
- Alphaparticlemagnetic mk.svg 291 × 157; 68 KB
- Alphaparticlemagnetic-noEnglish.svg 291 × 157; 41 KB
- Alphaparticlemagnetic.svg 291 × 157; 72 KB
- Ampere Force.PNG 954 × 705; 73 KB
- Ampere-def-en.svg 250 × 230; 39 KB
- Anti-parallel-currents-lorentz-force.svg 709 × 650; 65 KB
- AtmendeLeiterschleife.svg 206 × 168; 15 KB
- Bucherer expt-de.svg 287 × 186; 72 KB
- Bucherer expt-en.svg 287 × 186; 72 KB
- Bucherer expt-fr.svg 287 × 186; 71 KB
- Campo magnetico sobre conductor no lineal.PNG 837 × 348; 20 KB
- Campo magnetico.png 396 × 335; 28 KB
- Campo magnético sobre una espira.gif 1,078 × 1,681; 103 KB
- Charge-helix-path.svg 559 × 270; 41 KB
- Charge-helix-path2.svg 559 × 270; 89 KB
- Charge-helix-path3.svg 596 × 288; 68 KB
- Charged-particle-drifts mk.svg 658 × 1,055; 121 KB
- Charged-particle-drifts.svg 658 × 1,055; 257 KB
- Corbino disc.PNG 488 × 487; 25 KB
- Current loops.PNG 429 × 548; 30 KB
- Current-loop-in-homogenous-magnetic-field-rotation.svg 1,266 × 400; 63 KB
- Cyclotron Orbit.jpg 350 × 350; 12 KB
- De-Lorentz-Kraft.ogg 2.5 s; 23 KB
- De-Lorentzkraft.ogg 2.3 s; 22 KB
- Defects.png 3,498 × 2,244; 2.12 MB
- DefElMagField04.svg 141 × 191; 18 KB
- Definition Ampere.png 846 × 665; 65 KB
- Deflection of nuclear radiation in a magnetic field de.png 460 × 320; 4 KB
- Deflection of nuclear radiation in a magnetic field en.png 460 × 320; 4 KB
- Deflection of nuclear radiation in a magnetic field en.svg 433 × 316; 558 KB
- Dipole moving in magnetic field.PNG 538 × 517; 46 KB
- Disc-to-strip mapping.PNG 1,087 × 531; 32 KB
- Example lorentz force problem.jpg 2,776 × 2,781; 1.87 MB
- F bw wires.png 478 × 374; 24 KB
- Faraday Area.PNG 751 × 384; 64 KB
- Faraday Lorentz.png 800 × 462; 31 KB
- Faraday's disc.PNG 568 × 546; 97 KB
- FaradaysLawWithPlates.gif 960 × 720; 65 KB
- FBI-regeln.png 379 × 391; 14 KB
- Feynman flux counterexample.PNG 934 × 735; 45 KB
- Feynman-Faraday.PNG 450 × 470; 19 KB
- Figure-LFV.png 638 × 469; 14 KB
- ForceLorentz.svg 500 × 540; 11 KB
- Forces-on-current-loop.svg 540 × 280; 8 KB
- Forças magnéticas entre dois fios com corrente..png 610 × 204; 10 KB
- Fuentes de campo magnético 2.jpg 557 × 186; 18 KB
- FuerzaCentripetaLorentzN.svg 543 × 409; 33 KB
- FuerzaCentripetaLorentzN2.svg 469 × 377; 59 KB
- FuerzaCentripetaLorentzP.svg 416 × 313; 32 KB
- FuerzaCentripetaLorentzP2.svg 588 × 476; 58 KB
- Geschwindigkeitsfilter nach Wien.svg 800 × 800; 47 KB
- Laplace force.svg 456 × 283; 20 KB
- Leiterschaukel-lorentz-force-combined-field.svg 554 × 456; 58 KB
- Leiterschaukel-lorentz-force-horseshoe-field.svg 554 × 456; 226 KB
- Leiterschaukelversuch.ogv 30 s, 1,920 × 1,080; 3.41 MB
- LET.png 975 × 510; 122 KB
- Lorentz force - mural Leiden 1, 2016.jpg 5,472 × 3,648; 6.1 MB
- Lorentz force by QorI L de.png 1,150 × 920; 18 KB
- Lorentz force by QorI L en.png 1,150 × 920; 16 KB
- Lorentz force by QorI S.png 570 × 340; 3 KB
- Lorentz force particle.svg 325 × 345; 12 KB
- Lorentz force-2 pictures prPNr°01.jpg 3,992 × 1,524; 2.68 MB
- Lorentz force-experiment PNr°0128.jpg 2,048 × 1,536; 1,004 KB
- Lorentz force-experiment set-up PNr°0127.jpg 1,961 × 1,534; 1.43 MB
- Lorentz force.svg 675 × 550; 10 KB
- Lorentz microscopy1.PNG 498 × 446; 14 KB
- Lorentz microscopy2.PNG 437 × 538; 13 KB
- LorentzForce1.png 697 × 886; 262 KB
- Lorentzkracht.PNG 583 × 350; 10 KB
- Lorentzkraft 0 de.png 640 × 640; 11 KB
- Lorentzkraft 0&1 de.png 640 × 1,000; 18 KB
- Lorentzkraft 1&2 de.png 640 × 1,000; 16 KB
- Lorentzkraft 1&2 xtd.png 570 × 570; 6 KB
- Lorentzkraft 1&2.png 570 × 340; 4 KB
- Lorentzkraft auf Leiterstueck.svg 700 × 600; 49 KB
- Lorentzkraft chinesisch.jpg 1,003 × 692; 52 KB
- Lorentzkraft l&r de.png 480 × 224; 4 KB
- Lorentzkraft L&R en.png 480 × 224; 3 KB
- Lorentzkraft positiv negativ de.svg 550 × 500; 47 KB
- Lorentzkraft und Induktion.svg 720 × 560; 114 KB
- Lorentzkraft und Lenzsche Regel.svg 700 × 600; 61 KB
- Lorentzkraft v2.svg 1,600 × 1,000; 39 KB
- Lorentzkraft-graphic-part1.PNG 229 × 277; 2 KB
- Lorentzkraft-graphic-part2.PNG 234 × 277; 2 KB
- Lorentzkraft-graphic.PNG 469 × 277; 4 KB
- MagFieldAngle.svg 120 × 114; 22 KB
- Magnetic deflection helical path.svg 905 × 767; 55 KB
- Magnetic deflection of ions in a circular electrolytic cell 2.svg 660 × 580; 32 KB
- Magnetic deflection of ions in a circular electrolytic cell.png 660 × 580; 10 KB
- Magnetic Field Induction.png 230 × 277; 3 KB
- Magnetic force particles.svg 325 × 403; 19 KB
- Magnetic force q3 answer.svg 524 × 372; 9 KB
- Magnetic force q3.svg 524 × 372; 8 KB
- Magnetic force q4 answer.svg 524 × 372; 7 KB
- Magnetic force.svg 897 × 1,158; 63 KB
- Magnetic-force-on-wire-with-electrons.svg 240 × 180; 47 KB
- Magnetic-force-on-wire.svg 300 × 300; 46 KB
- MagneticWireAttraction-2nd.png 526 × 580; 52 KB
- Magnetohydrodynamic pump diy.jpg 1,200 × 900; 68 KB
- Mass-to-charge ratio expermint 1.jpg 3,840 × 2,160; 448 KB
- Momento torcente magnetico.svg 744 × 700; 25 KB
- Motional EMF.PNG 410 × 482; 17 KB
- Motor homopolar flux force neutral.png 471 × 803; 115 KB
- Moving Conductor In Magnetic Field.jpg 350 × 350; 12 KB
- Moving particle 2 mag fields with vectors on M.svg 357 × 227; 18 KB
- Moving particle 2 mag fields.svg 331 × 220; 15 KB
- Nonelectrostatic electric field force is actually magnetic force.jpg 727 × 465; 45 KB
- Openstax college-physics 22.17 Lorentz-force-right-hand.jpg 1,000 × 1,095; 253 KB
- Openstax college-physics 22.18 Lorentz-force-moving-charge.jpg 1,000 × 609; 163 KB
- Openstax college-physics 22.20 gyration.jpg 1,000 × 714; 330 KB
- Openstax college-physics 22.30 Lorentz-force.jpg 1,000 × 470; 111 KB
- Openstax college-physics 22.31 Lorentz-force-current.jpg 750 × 784; 180 KB
- Openstax college-physics 22.37 magnetic-current-meter.jpg 1,000 × 611; 242 KB
- Openstax college-physics 22.42 parallel-wires-force.jpg 650 × 403; 100 KB
- Path of charged particles in a magnetic field.png 303 × 332; 16 KB
- Principe LFV.png 532 × 360; 12 KB
- Principle.png 1,061 × 813; 2.47 MB
- Prinzip-Lorentzkraft-Anemometrie-Thess.png 474 × 329; 6 KB
- Rail gun.jpg 557 × 299; 31 KB
- Railgun schema.png 441 × 271; 29 KB
- Regla mano derecha Laplace.svg 363 × 202; 30 KB
- Regla mano derecha Lorentz.svg 825 × 202; 44 KB
- Right hand rule cross product F=J×B.svg 512 × 464; 25 KB
- Right-hand rule.PNG 529 × 496; 35 KB
- Sliding loop.PNG 567 × 410; 23 KB
- Spindle.PNG 633 × 418; 26 KB
- Teltron tube.svg 566 × 442; 45 KB
- The motor effect.png 330 × 245; 4 KB
- Torque of a magnetic dipole.png 600 × 600; 58 KB
- Translating capacitor in magnetic field.PNG 529 × 497; 40 KB
- Two capacitors in magnetic field.PNG 702 × 343; 30 KB
- UVWREGEL new.png 535 × 536; 8 KB
- Variaţia forţei Lorentz la betatron.png 345 × 301; 5 KB
- Vasaku käe juhis.png 492 × 405; 58 KB
- Vector field on a surface02.png 476 × 293; 25 KB
- VersuchVonBucherer.png 795 × 664; 15 KB
- Wires-antiparallel-and-parallel-with-magnetic-field.svg 2,087 × 993; 197 KB
- WSU cyclotron.jpg 900 × 897; 69 KB
- Анемометрия силой Лоренца (принцип).png 697 × 886; 206 KB
- Анемометрия силой Лоренца (прототип).jpg 4,000 × 3,000; 2.42 MB
- Измерение силой Лоренца.JPG 1,061 × 813; 121 KB
- Прототип 1.jpg 2,200 × 3,500; 1.74 MB
- ചാലകം കാന്തികക്ഷേത്രത്തിൽ.png 358 × 243; 16 KB