Absolute value equation solutions. Game on.

The equation means $x + 8 = 21$ or $x + 8 = -21$. So $x = 13$ or $x = -29$. Both solutions are $-29$ and $13\textsf{.}$

The equation means $x - 25 = 40$ or $x - 25 = -40$. So $x = 65$ or $x = -15$. Both solutions are $-15$ and $65\textsf{.}$

The equation means $x + 16 = 27$ or $x + 16 = -27$. So $x = 11$ or $x = -43$. Both solutions are $-43$ and $11\textsf{.}$

The equation means $x - 6 = 18$ or $x - 6 = -18$. So $x = 24$ or $x = -12$. Both solutions are $-12$ and $24\textsf{.}$

The equation means $2x + 10 = 16$ or $2x + 10 = -16$. So $2x = 6$ or $2x = -26$, and $x = 3$ or $x = -13$. Both solutions are $-13$ and $3\textsf{.}$

The equation means $3x - 12 = 24$ or $3x - 12 = -24$. Adding $12$ gives $3x = 36$ or $3x = -12$. Dividing by $3$ gives $x = 12$ or $x = -4$. Both solutions are $-4$ and $12\textsf{.}$

The equation means $x + 5 = 32$ or $x + 5 = -32$. So $x = 27$ or $x = -37$. Both solutions are $-37$ and $27\textsf{.}$

The equation means $x - 14 = 20$ or $x - 14 = -20$. So $x = 34$ or $x = -6$. Both solutions are $-6$ and $34\textsf{.}$