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(01.01 LC) Evaluate 9 ÷ 3[(18 − 6) − 22].

(03.04 MC) The functions f(x) and g(x) are described using the following equation and table: f(x) = −3(1.02)x x g(x) −1 −5 0 −3 1 −1 2 1 Which statement best compares the y-intercepts of f(x) and g(x)?

In Pavlov’s experiment, what was the neutral stimulus (NS)?

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

(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?

(03.06 LC) Use a recursive function for the geometric sequence 2, −4, 8, −16, … to represent the 9th term.

(03.06 MC) Jane bought a car for $30,303. The value of the car depreciated at a constant rate per year. The table shows the value of the car after the first and second years: Year 1 2 Value (in dollars) 25,757.55 21,893.92 Which function best represents the value of the car after t years?

(01.06 MC) Tisha and her academic team are working to go to state finals. They must have a certain number of points, T, to advance. They have had three local matches, a, b and c, and will attend a district match. District match points count for twice the number of points than local matches do. Choose the equation that would help Tisha find how many points they need to earn in the district match, d, to advance.

(01.06 MC) Izzy is calculating the amount of time it takes a rocket to get to the moon. The moon is around 239,000 miles from Earth. How many hours would it take a rocket that can travel at 500 miles per minute to travel to the moon? Round to the nearest hour.

(03.08 MC) The table shows the average temperature, in degrees Celsius, in Jacob’s city over a period of five months: Month 1 2 3 4 5 Temperature 5 7.2 9.4 11.6 13.8 Did the temperature in Jacob’s city increase linearly or exponentially?