Capacitors, Sound Waves, and Beats:

Electricity and sound units are on the horizon for the second half of the typical physics curriculum. Get a head start on your spring lessons with our latest webinar! Join physics expert Tom Smith to explore two of our popular experiments: “Capacitors” and “Sound Waves and Beats.” In addition, we’ll demonstrate how to use the Vernier Graphical Analysis^® app to measure the potential across a resistor-capacitor circuit, explore the properties of sound waves, and more.  

Educators can expect to walk away with

• Hands-on knowledge of the Go Direct^® Sound Sensor, Go Direct Voltage Probe, Vernier Circuit Board 2, and Large Capacitor
• Tips, tricks, and best practices for teaching lessons on capacitors, sound waves, and beats
• Sample experiment files that can be used to enhance your teaching methods, flip your classroom, or help manage makeup labs
  

We'll be using the data-sharing capability in Graphical Analysis Pro to send sensor data to all Pro users so you can follow along as we analyze the data. Don't have Graphical Analysis Pro?
Sign up for a free trial before the webinar. 

Get ready to explore these important physics concepts and the Vernier solutions that enable students to engage in hands-on physics learning!

Vernier Graphical Analysis: With the Graphical Analysis app, students can visualize and interact with experiment data collected via nearly any Vernier sensor. With Graphical Analysis Pro, educators can unlock advanced analysis capabilities, access additional graph types (e.g., FFTs), facilitate remote and asynchronous learning, and provide opportunities to reinforce and extend learning.

Go Direct Voltage Probe: The Go Direct Voltage Probe combines a wide input voltage range and high precision, making it an excellent choice for investigations of both AC/DC circuits and electromagnetism.

Go Direct Sound Sensor: With sound-triggered data collection, the Go Direct Sound Sensor provides students with an easy way to capture and evaluate waveforms. Measure wave amplitude and sound intensity level at the same time to investigate the decibel scale, or take the sensor outside the classroom to discover sounds in their natural environment.