ORANGES Your class sells boxes of oranges to raise \( \$ 500 \) for a field trip. You earn \( \$ 6.25 \) for each box of oranges sold. Write and solve an inequality that represents the number of boxes your class must sell to meet or exceed the fundraising goal. (Section 4.3 )

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

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

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

\( x+y<10( \) tentukan nilai \( x \) dan \( y) ? \) \( A==B( \) tentukan nama operator nya \( ) ? \)