Match the mass of stars to the correct end stage of the star's life. $M_{Sun}$ is the mass of the Sun. Mass Final Stage

$i . 4 M_{Sun}$ $a .$ Black hole

$ii . 18 M_{Sun}$ $b .$ White dwarf

$iii . 50 M_{Sun}$ $c .$ Neutron star

i . \to c .

ii . \to b .

iii . \to a .

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i . \to b .

ii . \to c .

iii . \to a .

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i . \to b .

ii . \to a .

iii . \to c .

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i . \to a .

ii . \to c .

iii . \to b .

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Solution

The correct option is B $i . \to b .$
$ii . \to c .$
$iii . \to a .$
The evolution and death of a star depends on the mass of the star:

If the star's mass $\leq 8 M_{Sun}$ , the star becomes a white dwarf in its end stage.

If the star's mass $> 8 M_{Sun}$ and $\leq 25 M_{Sun}$ , the star becomes a neutron star in its end stage.

If the star's mass $> 25 M_{Sun}$ , the star becomes a black hole in its end stage.

Mass Final Stage

$i . 4 M_{Sun}$ $b .$ White dwarf

$ii . 18 M_{Sun}$ $c .$ Neutron star

$iii . 50 M_{Sun}$ $a .$ Black hole

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