184_projects:chasing_thunderclouds_24

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revision Previous revision
Next revision
Previous revision
Last revisionBoth sides next revision
184_projects:chasing_thunderclouds_24 [2024/01/08 16:21] – [Project: Chasing a Thundercloud] dmcpadden184_projects:chasing_thunderclouds_24 [2024/01/09 13:56] – [Kick Off Questions:] dmcpadden
Line 3: Line 3:
 ===== Project: Chasing a Thundercloud ===== ===== Project: Chasing a Thundercloud =====
  
-===Kick Off Questions:=== +====Kick Off Questions:==== 
-  - What direction does $r_{source}$ point? What direction does $r_{obs}$ point? What direction does $r_{sep}$ point? Draw all of these on your diagram. +  - What direction does $\vec{r}_{source}$ point? What direction does $\vec{r}_{obs}$ point? What direction does $\vec{r}_{sep}$ point? Draw all of these on your diagram.
-  - What direction should the electric field point for positive charges? What direction should it point for negative charges?+
   - What is the equation for electric field? What are the variables and are they vector or scalars?   - What is the equation for electric field? What are the variables and are they vector or scalars?
   - What is the equation for electric potential? What are the variables and are they vector or scalars?   - What is the equation for electric potential? What are the variables and are they vector or scalars?
 +  - What direction should the electric field point for positive charges? What direction should it point for negative charges?
  
-===Main Problem ===+====Main Problem ====
 You are part of a secret organization called S.P.A.R.T.A.N. that investigates strange phenomena. You and your team have been sent to investigate abnormal thunderclouds that have been occurring near the town of Lakeview.  An advance party from your organization has established a base of operations in Lakeview called Stormchaser HQ.  You grab your handy-dandy high voltage probe ([[https://www.atecorp.com/ATECorp/media/ProductImages/AdditionalImages/Tektronix-P6015A_R.png|like this one]]) and radio, then drive 250 m from headquarters until you are directly under the storm cloud. Thankfully, your team already calibrated the voltmeter to 0 V when the storm cloud was very far away.  You are part of a secret organization called S.P.A.R.T.A.N. that investigates strange phenomena. You and your team have been sent to investigate abnormal thunderclouds that have been occurring near the town of Lakeview.  An advance party from your organization has established a base of operations in Lakeview called Stormchaser HQ.  You grab your handy-dandy high voltage probe ([[https://www.atecorp.com/ATECorp/media/ProductImages/AdditionalImages/Tektronix-P6015A_R.png|like this one]]) and radio, then drive 250 m from headquarters until you are directly under the storm cloud. Thankfully, your team already calibrated the voltmeter to 0 V when the storm cloud was very far away. 
  
Line 22: Line 22:
 </WRAP> </WRAP>
  
-===Wrap Up Questions:===+====Wrap Up Questions:====
   - How big is 1 Coulomb of charge? (How much charge is on a single electron, in a lightning bolt, on your socks when you rub the on carpet?)   - How big is 1 Coulomb of charge? (How much charge is on a single electron, in a lightning bolt, on your socks when you rub the on carpet?)
   - What would change about your solution if the thundercloud were the opposite charge (positive instead of negative or vice versa)? Does $r_{sep}$ change? Does the E-field change? Does the electric potential change?   - What would change about your solution if the thundercloud were the opposite charge (positive instead of negative or vice versa)? Does $r_{sep}$ change? Does the E-field change? Does the electric potential change?
  • 184_projects/chasing_thunderclouds_24.txt
  • Last modified: 2024/01/09 13:57
  • by dmcpadden