Lab Simulation and Kinetic Energy

The video tutorial guides students through using a simulator to explore concepts of potential and kinetic energy. It begins with setting up the simulator, adjusting settings like speed, friction, and gravity, and then moves on to data collection. Students learn to calculate potential, kinetic, and total energy, and complete a data table. The tutorial concludes with instructions on graphing results and preparing for an assignment.

What is the first step to access the lab simulator?

• Download the simulator from the internet.

• Click on the link provided in the canvas.

• Install a special software on your computer.

• Request access from the instructor.

What should you do after opening the simulator link?

• Read the instructions carefully.

• Close the simulator and reopen it.

• Make the simulator full screen.

• Start the simulation immediately.

How do you begin building the track for the skater?

• By importing a track design.

• By drawing the track manually.

• By dragging the track from the bottom to the screen.

• By selecting a pre-made track.

What is the purpose of checking the 'speed' box in the simulation settings?

• To make the skater move in reverse.

• To slow down the simulation.

• To display a speedometer for the skater.

• To increase the skater's speed.

What should be set for friction in the simulation?

• Medium

• None

• High

• Low

What value should gravity be set to in the simulation?

• 12

• 11

• 10

• 9.8

What is the mass of the skater in the simulation?

• 55 kg

• 65 kg

• 60 kg

• 50 kg

What does checking the 'grid' box do in the simulation?

• It displays a grid showing the skater's position in meters.

• It changes the background color.

• It adds obstacles to the track.

• It increases the skater's speed.

What should you do with the data sheet before editing it?

• Print it out.

• Make a copy of it.

• Delete it.

• Share it with a friend.

How is potential energy calculated in the simulation?

• M * G * H

• M - G - H

• M / G / H

• M + G + H