As president of the student council, Meg is choosing between two options for class T-shirts. A local shop charges \( \$ 11 \) for each shirt, plus a set-up fee of \( \$ 100 \) : An online store charges \( \$ 15 \) for each shirt, plus a set-up fee of \( \$ 24 \). Which equation can you use to find \( s \), the number of shirts Meg would need to order for the two options to cost the same? \( 11+100 s=15+24 s \quad 11 s+100=15 s+24 \) How many shirts would Meg need to order for the two options to cost the same? \( \square \) shirts

3. Convert \( \mathrm{K}=143 \mathrm{~F}= \) ?

A piece of cardboard measuring 11 inches by 10 inches is formed into an open-top box by cutting squares with side length \( x \) from each corner and folding up the sides. Find a formula for the volume of the box in terms of \( x \) \( V(x)=\square \) Find the value for \( x \) that will maximize the volume of the box \( x=\square \)

Let \( r \) and \( t \) represent the following simple statements. r. They raise monkeys. t. He trains ponies. Write the symbolic statement \( t \rightarrow \sim r \) in words. A. If they do not raise monkeys, then he trains ponies. B. If he does not train ponies, then they do not raise monkeys. C. If he trains ponies, then they raise monkeys. D. If he trains ponies, then they do not raise monkeys.

then explain your answer

-12. \( \frac{x^{2}-14 x+48}{x-8}= \) a. \( x^{2}+6 \) b. \( x+6 \) c. \( x-6 \) d. \( x^{2}-6 \)