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 | Line spectrum of hydrogen atom Charged particles like electron have a standing- electric field and magnetic field in right angle regardless of any kind of its motions.Uncharged particles like neutron have a standing- magnetic field.Since the standing- electric and magnetic fields, an electron cannot travel in a straight line when it accelerated.When a neutron is accelerated, its standing- magnetic field makes it to oscillate. In essence, a particles standing field lines is the reason for the wave nature when it moves at ... |
 | Lec 36 | MIT 8.02 Electricity and Magnetism, Spring 2002 go to the neutron star. Now of course the matter has angular momentum because they goes around. So it cannot free fall to the neutron star. But it would spiral in and slowly make its way to the neutron star. And we call this an accretion disk. And we call this the donor, provides the fuel for the transfer of mass onto the neutron star. And let's assume that the neutron star has a mass capital M and has a radius R. And let's assume that we dump some matter, little m, onto the neutron star. ... |
 | Lec 23 | 8.01 Physics I: Classical Mechanics, Fall 1999 kinetic energy when it reaches the neutron star equals one-half mv squared. That is the speed at which it will crash onto the neutron star, and that must be mM neutron star G divided by the radius of the neutron star. You always lose your m, and so you find that the speed at which it reaches the neutron star is the square root of two M neutron star times G divided by R neutron star. You should remember this equation. This was the equation that we had for escape velocity. If you were here, ... |
 | Lec 13 | MIT 8.02 Electricity and Magnetism, Spring 2002 same element. If we, for instance, take uranium, now uranium, when you find it, is for 99.3% percent uranium 238. That means it has 92 protons, otherwise it wouldn't be uranium, and it has 146 neutrons, 99.3%. 0.7% is uranium 235. Again, 92 protons, otherwise it wouldn't be uranium, but only 143 neutrons, and that you'll find in nature for 0.7%. So you go to a chemist and you give a chemist a little bit of uranium and you say would you please separate these two isotopes for me, and he of ... |
