SCUBA DIVER A scuba diver is at an elevation of -38 feet. The diver starts moving at a rate of -12 feet per minute. Write and solve an inequality that represents how long it will take the diver to reach an elevation deeper than -200 feet.

Solve \( (x+2)^{2}=64 \) using square roots

\( \left\{\begin{array}{l}y+1 x=-3 \\ 2 y \quad= \\ 2 y-6\end{array}\right. \) The system of equations above is a(n) Select an answer \( v \) system. There are Select an answer \( \quad \checkmark \) solutions to this system. If you were to plot both these equations on the same graph, Select an answer

Solve \( x^{2}+5=17 \) using square roots. Round your solutions to the nearest hundredth

Lös ekvationen \( \frac{3 x+1}{4}-\frac{2 x+3}{3}=2 \) Redovisa din lösning.

2. Resolver aplicando la propiedad distributiva a) \( 10 \cdot(3+8-6)= \) b) \( (6+8): 2+18 \cdot(3-1)= \) c) \( 4 \cdot(9-3)+5 \cdot(12-7)= \)