The video tutorial covers a practice problem modeled after an AP exam question, focusing on a seesaw scenario. It explains how to analyze a graph representing the height of a point on the seesaw over time, determine coordinates, and transform a function to find specific constants. The tutorial also interprets the graph to understand the function's behavior, including its rate of change and concavity.

What is the main focus of the AP exam problem discussed in the video?

• Matching questions

• True or false questions

• Free response questions

• Multiple choice questions

In the seesaw scenario, what is the highest position of point B above the ground?

• 60 inches

• 24 inches

• 42 inches

• 84 inches

What is the period of the function modeling the seesaw's motion?

• 2 seconds

• 1 second

• 4 seconds

• 3 seconds

How is the midline of the graph determined?

• By subtracting the minimum from the maximum

• By finding the minimum value

• By finding the maximum value

• By averaging the maximum and minimum values

What is the input coordinate for the first low point after t=0?

• 3/2

• 3/4

• 9/4

• 1.5

Which point on the graph has coordinates (3, 24)?

• Point F

• Point G

• Point K

• Point J

What transformation does the 'a' value in the function H represent?

• Horizontal translation

• Vertical translation

• Amplitude

• Phase shift

What is the amplitude of the function H?

• 18

• 24

• 42

• 60

What is the phase shift of the function H?

• 3/4 to the left

• 3/4 to the right

• 1/2 to the left

• 1/2 to the right

What is the vertical translation of the function H?

• 18

• 24

• 42

• 60