Physics of White Dwarfs :: physics space white dwarf star

A contact where one party collides with another and leaves the scene is considered to be illegal in the United States. If a white dwarf would collide with the sun this would be the exact case. It would take around an hour for the white dwarf to go completely through the sun and then after causing vast destruction and changing the chemical and physical properties of the sun it would just hold on its path and leave behind massive destruction. The first snip a white dwarf and main sequence hits were studied it was do by Michael Shara, Giora Shaviv and Oded Regev at Tel Aviv University and then Technion-Israel Institute of Technology in Haifa. These scientists accustom supercomputers to study the effects of various collisions. They concluded that if a sun ilk star was hit by a white dwarf 10 million times as dense, the sun like star would be destroyed and only minor warming would take place on the outside of the white dwarf. If the sun were to go through this type of coll ision it would not annihilate the earth but would cause all the water system in both the atmosphere and in the oceans to boil away. No long-lived having the gravitational pull of the sun, the earth and other planets would wonder the galaxy. The Pauli exclusion convention is defined by Dr. Steven S. Zumdahl, In a given atom no two electrons can have the same set of four quantum numbers. receivable to this principle, only two electrons can inhabit a single null level. The electrons that share the same energy level have opposite intimate angular momentums which is more commonly known as spin. To particularise the direction of the spin the angular momentum vector is analyzed. A deteriorate gas where the electrons exist in the lowest allowed energy level. Degeneracy compel is caused by a degenerate gas. A degenerate gas is contrasting from an ordinary gas because their electrons have much greater energies and higher(prenominal) momentums. The higher energy and momentum is the cause of the increase in embrace. The increase in pressure results in the electrons being in a higher accede than what would be predicted.A white dwarf uses electron degeneracy pressure to support itself. It is because of the electron degeneracy pressure that white dwarfs have a small size relative to other types of stars.