Description
This is an adaptation of an in-person electrostatics laboratory activity developed during the pandemic. A series of such redesigns is described on my Blog of Phyz as RT;DL (remote teaching; distance learning) activities. This activity utilizes videoclips of the classroom apparatus.
I designed it so that students could work through the videoclip observations while I could drop in or be summoned. The included answer key has a link to Pithy Matter - Special Observations, showing observations that instructors might want to show student groups (over Zoom) when they're ready to see them.
A PITHY MATTER
In this investigation, you will examine a seemingly new force. You will determine whether or not the force is distinct from other known forces. You will also investigate a few specific applications of this force.
Included:
Student print-friendly Google Docs file
Answer Key (Google Docs)
Access to video observations (link embedded in student file)
Instructor access to special observations (link embedded in the answer key)
[In a virtual lab, users don't need any laboratory apparatus; all observations are provided in the provided presentation.]
Here's the Blog of Phyz post I wrote about the activity: RT;DL - A Pithy Matter.
Highlights
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Description
This is an adaptation of an in-person electrostatics laboratory activity developed during the pandemic. A series of such redesigns is described on my Blog of Phyz as RT;DL (remote teaching; distance learning) activities. This activity utilizes videoclips of the classroom apparatus.
I designed it so that students could work through the videoclip observations while I could drop in or be summoned. The included answer key has a link to Pithy Matter - Special Observations, showing observations that instructors might want to show student groups (over Zoom) when they're ready to see them.
A PITHY MATTER
In this investigation, you will examine a seemingly new force. You will determine whether or not the force is distinct from other known forces. You will also investigate a few specific applications of this force.
Included:
Student print-friendly Google Docs file
Answer Key (Google Docs)
Access to video observations (link embedded in student file)
Instructor access to special observations (link embedded in the answer key)
[In a virtual lab, users don't need any laboratory apparatus; all observations are provided in the provided presentation.]
Here's the Blog of Phyz post I wrote about the activity: RT;DL - A Pithy Matter.
![A Pithy Matter [Virtual Lab Experiment]](https://ecdn.teacherspayteachers.com/thumbitem/A-Pithy-Matter-Virtual-Lab-Experiment--7722442-1734027769/large-7722442-1.jpg)
![A Pithy Matter [Virtual Lab Experiment]](https://ecdn.teacherspayteachers.com/cdn-cgi/image/format=avif,quality=70,onerror=redirect/thumbitem/A-Pithy-Matter-Virtual-Lab-Experiment--7722442-1734027769/750f-7722442-1.jpg)
![A Pithy Matter [Virtual Lab Experiment]](https://ecdn.teacherspayteachers.com/cdn-cgi/image/format=avif,quality=70,onerror=redirect/thumbitem/A-Pithy-Matter-Virtual-Lab-Experiment--7722442-1734027769/750f-7722442-2.jpg)

