Chapter 5--Electric Force & Electricity

Key Concepts:


Voltage=Potential Energy per Charge = Volts = Joule/Coulomb
Current  =Flow of Charge = Amps = Coulombs/second
Resistance = Resistance to Flow = Ohms = Volts/Amps

	What is power?  P=VI = Potential Energy per charge times the number
		of charges flowing per second = Potential Energy used (or
		converted to some other form like heat or light) per second.
	Energy/charge x charge/time = Energy/time = Power

Demo:

The Chemical Battery is described in gorry detail in the book I think the main things are:
The light lit up when the bars were dunked in the acid
There is energy associated with making the light lite.  Yes.
Where did this energy come from?   
	
 A chemical reaction took place--sort of like the chemical reaction that
		takes place in your body when you burn calories.
	
This chemical reaction releases potential energy stored in the chemical make up
		of the involved parties.
	
This type of potential energy is released via the electrical forces at work in molecules
		and atoms.
This was a demonstration of the ability to convert from 
electrical potential energy to other forms, i.e. light.  And how
this can be accomplished through a chemical reaction.

Chapter 5--Electric Force & Electricity

Key Concepts:

Demo:

This was a demonstration of the ability to convert from electrical potential energy to other forms, i.e. light. And how this can be accomplished through a chemical reaction.