As An Interstellar Gas Cloud Shrinks In Sizeits Gravitational Potential Energy
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As an interstellar gas cloud shrinks in sizeits gravitational potential energy. As the cloud shrinks in size its rate of rotation speeds up because as the cloud shrinks in size its central temperature increases as a result of its A tremendous amount of gravitational potential energy would be converted into other forms of energy and the Sun would spin much more rapidly. Collision of two massive stars C. 12mv2 13 E.
Why does the rotation rate increase as an interstellar cloud collapses. When the gas cloud contracts gravitational potential energy converted into heat energy. None of the above.
By solving above equation we have. As an interstellar gas cloud shrinks in size its gravitational potential energy. So we will have kinetic energy as.
Gradually transforms into other forms of energy. As an interstellar gas cloud shrinks in size its gravitational potential energy gradually transforms into other forms of energy. Once the force of gravity pulling in top top the cloud is higher than the toughness of inner pressure advertise out the cloud collapses into a protostar.
Explosion of an interstellar sun D. Grouping together of asteroids Related Question Answers The solar system was created by the collapse of solar nebula. B gradually is transformed into other forms of.
KE E - 23 E. View the full answer. As Interstellar Gas Cloud Shrinks In Size Its Gravitational Potential Energy.
Total energy Kinetic energy potential energy. Collapse of an interstellar cloud B.
As An Interstellar Gas Cloud Shrinks In Size Its Gravitational Potential Energy
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Some of it is converted into thermal energy which raises the temperature of the gas cloud. Stars form in cold thick regions of room called molecular clouds. By solving above equation we have. The rest is mostly converted into radiative energy which is released into space as light. So here we know that. 1 on a question As an interstellar gas cloud shrinks in size its gravitational potential energy. Now for the speed of the block. Explosion of an interstellar sun D. None of the above.
Some of it is converted into thermal energy which raises the temperature of the gas cloud. Because energy cannot simply disappear the lost gravitational potential energy must be converted into some other form. If a gas cloud shrinks its gravitational potential energy is converted into. As an interstellar gas cloud shrinks in size its gravitational potential energy. Gradually is transformed into other forms of energy. As we know that total energy of SHM is always constant. Why does the rotation rate increase as an interstellar cloud collapses.
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