Proper Understanding of the Natures of Electrons, Protons, and Modifying Redundancies in Electro-MagnetismElectric ChargeMagnetic FluxElectromagnetic WavesEntropyField-ConductivitiesMagnetic InductionWhen considering electromagnetism, the unit of the Ammeter's measurement should be limited to its proper unit in ...
How are the electromagnetic force and the weak nuclear force alike? Why are particle accelerators circular? Why are diamagnetic substances repelled by magnetic fields? What creates a magnetic force? How are electrons responsible for magnetism?
The protons and electrons move in opposite directions. There is a point P on the straight perpendicular line joining the two beams at a distance x from one beam. The magnetic field at this point is B. If B is plotted against x, it can be represented by the curve. A B C DSubmit...
Learn about the positive charge of particles, and the positive charge definition. Discover if electrons have a positive charge and which particles...
Describe the fundamental differences between protons, neutrons, and electrons in terms of mass and charge. What causes magnetism inside the atom? What subatomic particles are involved in nuclear reactions? Describe the neutron to proton ratio of atoms and how it relates to nuclear stability. How wa...
(a) Calculate the drift velocity vd of the electrons. (b) What are the magnitude and direction of the magnetic force F acting on the electrons? (c) What should the magnitude and direction of a homogeneous electric field E be in order to counterbalance the effect of mangetic field?
Two proton events (>100 MeV; GOES, ACS SPI) associated with weak flares (C1.2, GOES class) in the soft X-ray range that occurred on November 26, 2011, and September 29, 2013, are analyzed. These events were accompanied by significant fluxes of relativistic electrons (>1 MeV; SOHO ...
planetary magnetismprotonsreviews/ electronsprotonsplanetsmagnetic propertiesmagnetospheric propertiesEarthThis paper briefly surveys present knowledge of the magnetic and magnetospheric properties of the Earth, the Moon, Venus, Mars, Mercury, Jupiter, Saturn, Uranus, and Neptune as derived from in situ ...
However, there was an increase in the flux of relativistic electrons not accompanied by protons in the IS for the first 20 min only after Flare 2. These observational facts make it possible to introduce the gradual stochastic acceleration into the scenario of the considered events. In it, ...
However, there was an increase in the flux of relativistic electrons not accompanied by protons in the IS for the first 20 min only after Flare 2. These observational facts make it possible to introduce the gradual stochastic acceleration into the scenario of the considered...