(01.03 MC) Zach and Ginny are building model cars. Ginny’s car is 2 more than 3 times the length of Zach’s car. The sum of the lengths of both cars is 30 inches. Write an equation to determine the lengths of Zach’s and Ginny’s cars.

(01.04 MC) Ronald wants to rent a car to take a trip and has a budget of $60. There is a fixed rental fee of $25 and a daily fee of $5. Write an inequality that would be used to solve for the maximum number of days for which Ronald can rent the car on his budget.

(03.06 MC) Samuel bought a cement mixer for $54,205. The value of the cement mixer depreciated at a constant rate per year. The table shows the value of the cement mixer after the first and second years: Year 1 2 Value (in dollars) 47,158.35 41,027.76 Which function best represents the value of the cement mixer after t years?

(01.02 MC) Solve 7x − 2(x + 1) = 6x + 14

(04.06 MC) Which of the following systems of inequalities has point B as a solution?

(01.03 MC) Jamie and Imani each play softball. Imani has won 5 fewer games than Jamie. Is it possible for Jamie to have won 11 games if the sum of the games Imani and Jamie have won together is 30?

(03.03 MC) Which graph best represents the function f(x) = 4(1.5)x?

(01.02 LC) Solve: = 3x

(03.08 MC) The table shows the sale, in dollars, at Jacob’s store over a period of five months: Month 1 2 3 4 5 Sale 1,000 1,050 1,102.50 1,157.63 1,215.51 Did the number of people at Jacob’s store increase linearly or exponentially?

(01.01 LC) Evaluate 9 ÷ 3[(20 − 7) − 22].