(06.03) How can x − 2 = x + 11 be set up as a system of equations?

(06.05) Janie is analyzing a quadratic function f(x) and a linear function g(x). Will they intersect?   f(x) g(x) x g(x) 1 2 2 4 3 6

(06.01) Three friends attended a carnival. John rode the rollercoaster twice, the bumper cars three times, and the Ferris wheel once. He used 42 tickets total. Darren rode the rollercoaster three times, the bumper cars once, and the Ferris wheel twice. He used 36 tickets. Shelley rode the rollercoaster once, the bumper cars twice, and the Ferris wheel 3 times. She used 32 tickets. Which system of equations matches the friends’ night at the carnival?

(05.06 MC) Choose the function to match the graph.

(08.01 LC) Jeremy is playing a board game and rolls two number cubes. Let A = {the sum of the number cubes is even} and let B = {the sum of the number cubes is divisible by 3}. List the outcomes in A ∩ B.

(09.01 LC) What is the arc length when Θ = and the radius is 5 cm?

(08.04 MC) Race times at the local monthly 5k run are normally distributed, with a mean time of 32 minutes and a standard deviation of 4 minutes. Using the empirical rule, approximately what percent of racers cross the finish line between 28 and 36 minutes?

(06.05) Which graph correctly solves the equation below? −x2 + 1 = x2 − 4

(05.02 MC) Angie is working on solving the exponential equation 23x = 6; however, she is not quite sure where to start. Using complete sentences, describe to Angie how to solve this equation. Hint: Use the change of base formula: .

Select the TRUE statement about muscles across the animal kingdom.