Difference between revisions of "PracticalTheExpandedToolbox/Lab0"

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(Created page with "== Example exercise: Electron exchange == ''Act out the exchange of electrons'': - all, stand in a line - form pairs of two - determine who is the proton and who is the (v...")
 
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== Example exercise: Electron exchange ==
 
== Example exercise: Electron exchange ==
  
''Act out the exchange of electrons'':
+
__'Act out the exchange of electrons__:
 
   
 
   
- all, stand in a line
+
* all, stand in a line
- form pairs of two
+
* form pairs of two
- determine who is the proton and who is the (valence electron))
+
* determine who is the proton and who is the (valence electron))
- orbit!
+
* orbit!
- i push one valence electron in the beginning of the line out of its orbit, becoming a free electron
+
* i push one valence electron in the beginning of the line out of its orbit, becoming a free electron
- free electron bounces agains nearby valence electron, replacing its position, become a valence electron again while setting free the previously valence electron
+
* free electron bounces agains nearby valence electron, replacing its position, become a valence electron again while setting free the previously valence electron
- and it goes on....
+
* and it goes on....
  
 
''Chaos scenario'': set free multiple electrons in system:
 
''Chaos scenario'': set free multiple electrons in system:
 
what happens? the free ones WANT to go to the positive protons!
 
what happens? the free ones WANT to go to the positive protons!
 
especially when their orbit is 'empty' or they have an excess in (negatively charged electrons)
 
especially when their orbit is 'empty' or they have an excess in (negatively charged electrons)
 
  
 
== Group exercise: You are the Electrons  ==
 
== Group exercise: You are the Electrons  ==

Revision as of 08:29, 20 April 2017

Example exercise: Electron exchange

__'Act out the exchange of electrons__:

  • all, stand in a line
  • form pairs of two
  • determine who is the proton and who is the (valence electron))
  • orbit!
  • i push one valence electron in the beginning of the line out of its orbit, becoming a free electron
  • free electron bounces agains nearby valence electron, replacing its position, become a valence electron again while setting free the previously valence electron
  • and it goes on....

Chaos scenario: set free multiple electrons in system: what happens? the free ones WANT to go to the positive protons! especially when their orbit is 'empty' or they have an excess in (negatively charged electrons)

Group exercise: You are the Electrons

In the groups you formed during the last class:

- Read https://learn.sparkfun.com/tutorials/what-is-electricity (20mins) - Sketch out a choreography act out concepts 20 mins - Somehow make clear your different roles, who is the electron, who is a proton, etc (tshirts? signs? hats?) - With your group physically act out one (or more) concept introduced on the page, using your bodies (30mins) - document your choreography on your individual wiki pages!

things to act out, for example:

- Conductor vs Isolator - Static Discharge - Current electricity - Resistors - Simple circuit (Illuminating a Light Bulb)