Using the above information (and any other info you may find. Answer the following: 

• What measurements can be made?

• What quantities can be determined?

• On an atomic scale, what is happening in the metal ramp?

• How many electrons are involved in the displacement of the balloon? (net)

• Other Q’s you may have.

Please include the following in your answers to the questions:

1. 1. Include the following:

      1. Annotated (Add brief notes to a diagram or graph.) diagram of the set-up

      2. Measurements that can be taken. 

      3. Suggest possible changes to the system that may affect the outcome.

      4. Outline the assumptions can be made about the problem?

      5. Describe possible relationships that may be present in the system.

      6. Calculations that support an answer to why the balloon is attracted to the metal ramp.

   2. Use the guide above to ensure you have a complete description of your findings. Be prepared to share your findings on an in-class board presentation from the JamBoard. 

• How can we quantify what is being stored? 

  • Energy (stored as ??? transferred as ???)

  • Voltage (THE VOLTS MAY JOLT, )

  • Current (BUT IT'S THE MILLS. THAT KILL.)

  • Charges (can you count the imbalance?)

  • Electric Field (Which of the 4 variables can you quantify?)