Pressure Show: Difference between revisions

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Under Construction.
The Pressure Show is a 30-45 minute presentation, and can cover the following points:


[[Crush The Can]]
* '''P'''ressure is equal to a '''F'''orce applied over an '''A'''rea, or P = F/A.
[[Bed Of Nails]]
* By increasing the area the force is applied to, you decrease the pressure felt across the surface.
[[Bernoulli Effect]]
* ''Air Pressure'' is constantly around us.
[[Marshmallow Smashies]]
* Air behaves as a ''Fluid''.
* High pressure areas in a fluid will flow towards low pressure areas. This can result in objects being pushed or lifted into low pressure areas.
* ''Vacuums'' are empty space, including no air.
* Gases can be compressed and pressurized, whereas liquids cannot.
* Gases will expand to fill a container, even as the amount of gas decreases.
* Pressure and Temperature are related for a fixed Volume.
* Pressure and Volume are related for a fixed Temperature.
 
==Demonstrations==
The following demonstrations can be used to cover various points within the topic of pressure.
 
* [[Crush The Can]]
* [[Bed Of Nails]]
* [[Bernoullis Principle]]
* [[Bottle Blaster]]
* [[Magdeburg Spheres]]
* [[Magnus Sports]]
* [[Marshmallow Smashies]]
* [[STAHP]]
* [[Liquid Nitrogen]]
 
==Suggested Demonstration Lists==
 
===Elementary School===
 
* [[Bed Of Nails]]
* [[Bernoullis Principle]]
* [[Crush The Can]]
* [[Magdeburg Spheres]]
* [[Marshmallow Smashies]]
 
===Middle School===
 
* [[Bed Of Nails]]
* [[Bernoullis Principle]]
* [[Marshmallow Smashies]]
* [[STAHP]]
* [[Liquid Nitrogen]]
 
===High School===
 
* [[Bed Of Nails]]
* [[Bottle Blaster]]
* [[Magnus Sports]]
* [[STAHP]]
* [[Liquid Nitrogen]]

Latest revision as of 18:28, 17 October 2016

The Pressure Show is a 30-45 minute presentation, and can cover the following points:

  • Pressure is equal to a Force applied over an Area, or P = F/A.
  • By increasing the area the force is applied to, you decrease the pressure felt across the surface.
  • Air Pressure is constantly around us.
  • Air behaves as a Fluid.
  • High pressure areas in a fluid will flow towards low pressure areas. This can result in objects being pushed or lifted into low pressure areas.
  • Vacuums are empty space, including no air.
  • Gases can be compressed and pressurized, whereas liquids cannot.
  • Gases will expand to fill a container, even as the amount of gas decreases.
  • Pressure and Temperature are related for a fixed Volume.
  • Pressure and Volume are related for a fixed Temperature.

Demonstrations

The following demonstrations can be used to cover various points within the topic of pressure.

Suggested Demonstration Lists

Elementary School

Middle School

High School