Zane's Climbing Rate and Elevation

The video tutorial follows Zane, a daring individual climbing inside an active volcano. It explains how his elevation changes over time, using a table to show his elevation as a function of time. The tutorial calculates Zane's climbing rate, verifies its constancy, and plots his elevation over time. The correct interpretation of the data is emphasized, highlighting Zane's initial position and his consistent climbing rate of 3 meters every 4 seconds.

What risky activity does Zane enjoy?

• Bungee jumping off a bridge

• Skydiving over the ocean

• Rock climbing inside an active volcano

• Scuba diving in shark-infested waters

What is Zane's initial elevation relative to the volcano's edge?

• -32 meters

• 0 meters

• -24 meters

• 24 meters

How is Zane's elevation data presented in the problem?

• As a graph

• In a traditional table

• In a nontraditional table

• As a list of equations

What is the rate of Zane's elevation increase?

• 4/3 meter per second

• 3 meters per second

• 1 meter per second

• 3/4 meter per second

What is the change in Zane's elevation from time 0 to time 4 seconds?

• 6 meters

• 4 meters

• 8 meters

• 3 meters

How much does Zane's elevation increase when the time changes by 8 seconds?

• 3 meters

• 6 meters

• 9 meters

• 12 meters

What is Zane's elevation when time is 32 seconds?

• 24 meters

• -15 meters

• -24 meters

• 0 meters

Which statement correctly describes Zane's climbing rate?

• He climbs 4 meters every 3 seconds.

• He climbs 3 meters every 4 seconds.

• He climbs 3 meters every 3 seconds.

• He climbs 4 meters every 4 seconds.

What was Zane's elevation when he decided to leave the volcano?

• -32 meters

• 32 meters

• 0 meters

• -24 meters

Which of the following is NOT a correct statement about Zane's climb?

• Zane was 24 meters below the edge when he started.

• Zane's elevation is 0 meters at 32 seconds.

• Zane climbs 3 meters every 4 seconds.

• Zane was 32 meters below the edge when he started.