How does degeneracy pressure differ from thermal pressure?
A) Degeneracy pressure continues to be felt even if an object becomes cold, but thermal pressure is drastically reduced as an object gets cold.
B) Degeneracy pressure cannot support an object against the crush of gravity, but thermal pressure can.
C) Degeneracy pressure can arise in a plasma, but thermal pressure cannot.
D) Degeneracy pressure affects stars, but thermal pressure does not.
A) Degeneracy pressure continues to be felt even if an object becomes cold, but thermal pressure is drastically reduced as an object gets cold.
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because the Earth's rotation is variable due to the pull of the Moon. because the Earth's axis is tilted by about 23 degrees. because the Earth is going around the Sun in the course of a year. because the stars slowly change their orientations in the galaxy.
A material through which heat conducts slowly is called a __________
Fill in the blank(s) with correct word
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