The size cut off for a low mass that will eventually turn into a white dwarf and never supernova is about less than about 8 times the mass of the sun.
<h3>What is a white dwarf?</h3>
A white dwarf is a stellar remnant composed primarily of electronically degenerate matter. A white dwarf is highly dense can be comparable to that of the Sun.
In this case when we observe that when analyzing both the white dwarf and the supernova they are bought the mass 8 times the mass of the sun but with the size of the planet earth.
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What's your question? is it seprete questions
Answer:B
Explanation:
A rollercoaster at the bottom of a hill
Answer:
Explanation:
In first case we are interested in one time 6 in six rolls
Thus probability = number of chances required/Total chances
= 1/6
Similarly in the second case probability = 2/12 = 1/6
In the same way in last case probability = 100/600 = 1/6
The probability is the same . Thus all the cases has equal chances
Explanation:
a magnet should look something like this, so the south pole will be the side that is "receiving" the arrows from the north pole