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This description describes a nebula.
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What is disturbed by an outside explosion for it to cause an accretion disk?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When a is disturbed by an outside explosion it may form a accretion disk?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When a..... is disturbed by an outside explosion. It may form an accretion disk?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When a(n) is disturbed by an outside explosion it may form an accretion disk Answer?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When a (n) is disturbed by an outside explosion it may form an accretion disk?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When an blank is disturbed by an outside explosion it may form an accretion disk?
When a nebula is disturbed by an outside explosion, it may form an accretion disc.
When an... is disturbed by an outside explosion it may form an accretion disk?
nebula
When a is disturbed by an outside explosion it may form an accrertion disk?
Nebula
When and what is disturbed by outside explosion it may form an accretion disk?
An accretion disk is typically formed when a massive object, such as a black hole or a neutron star, experiences an outside explosion, like a supernova or a stellar collision. This explosion can disturb the surrounding material, causing it to spiral inward and accumulate around the massive object. As the material falls in, it heats up due to gravitational forces and friction, resulting in the formation of an accretion disk. These disks are often observed in various astrophysical contexts, including binary star systems and active galactic nuclei.
Does an accretion disk spin?
Yes, an accretion disk does spin due to the conservation of angular momentum. Material in the accretion disk orbits around the central object, such as a black hole or a star, with velocities that result in rotation or spin.
Why wouldn't an accretion disk orbiting a giant star get as hot as an accretion disk orbiting a compact object?
An accretion disk is heated by friction and compression, both of which are greater for material falling into a compact object as the material is forced into a smaller space. The hottest accretion disks would be found around black holes.
What may form an an accretion disk?
solar system Material that is in orbit around a massive central body is an accretion disk. This disk can eventually turn into a white dwarf star. An accretion disc may eventually form planets such as the ones in our solar system.
