|
Size: 1383
Comment:
|
Size: 1920
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 2: | Line 2: |
| = Two Table Top Air Pucks, 1N40.25 = | ||<30% style="text-align:center">[[PiraScheme#Mechanics|Table of Mechanics Demonstration]] ||<30% style="text-align:center">[[MEEquipmentList|List of Mechanics Equipment & Supplies]] ||<30% style="text-align:center">[[Demonstrations|Lecture Demonstrations]] || = Air Pucks, 1N40.25 = '''Topic and Concept:''' . Linear Momentum, [[Linear_Momentum#Collisions2D|1N40. Collisions in Two Dimensions]] |
| Line 5: | Line 11: |
| * '''Cabinet:''' Mechanic (ME), Waves & Sound (WS).... * '''Bay:''' (A? or B?) * '''Shelf:''' #1,2,3.. (Use "T" for items that are on top of that cabinet bay) |
|
| Line 9: | Line 12: |
| (attachment photo showing the fully set up demonstration) | * '''Cabinet:''' [[MechanicsCabinet|Mechanic (ME)]] * '''Bay:''' [[MechanicsCabinetBayA5|(A5)]] * '''Shelf:''' #6 |
| Line 11: | Line 16: |
| '''Description:''' | {{attachment:airpucks-1.jpg}} |
| Line 13: | Line 18: |
| Insert description of apparatus, its component, what it is demonstrating. | '''Abstract:''' |
| Line 15: | Line 20: |
| ||<:style="width: 60%" :40%>'''Equipment'''||<:30%>'''Location'''||<:25%>'''ID Number'''|| | The air puck is a small battery powered (4AA) hovercraft that floats on a cushion of air produced by an internal fan. Each unit has soft foam bumpers for inelastic collisions. ||<40% style="text-align:center">'''Equipment''' ||<30% style="text-align:center">'''Location''' ||<25% style="text-align:center">'''ID Number''' || |
| Line 17: | Line 23: |
| ||apparatus||ME, Bay B1, Shelf #2|| || ||all other parts||ME, Bay B1, Shelf #2|| || ||...||ME, Bay B1, Shelf #2|| || ||Possible supplies that are needed||Rode and Tack Cabinet|| || ||...|| In Lecture Halls|| || ||...|| Stock Cabinet || || ||...|| Stock Cabinet || || |
||Air Puck 1 ||ME, Bay A5, Shelf #6 ||1N40.25.a || ||Air Puck 2 ||ME, Bay A5, Shelf #6 ||1N40.25.b || |
| Line 25: | Line 26: |
| '''Setup:''' | |
| Line 27: | Line 27: |
| 1. Make a Setup check list. 1. ... |
'''''Important Setup Notes:''''' * N/A '''Setup and Procedure:''' 1. Flip the power switches located on the bottom of the pucks to the on position and place the units on a table or the floor. 1. "AA" Batteries are stored in refrigerator. |
| Line 31: | Line 39: |
| 1. List any Warnings.... 1. Demonstration may require practice. |
* N/A '''Discussion:''' Use the two air pucks to model inelastic collisions between equal masses at zero friction. || {{attachment:airpucks-2.jpg}} || {{attachment:airpucks-3.jpg}} || |
| Line 35: | Line 48: |
| '''Demonstration:''' | |
| Line 37: | Line 49: |
| Insert description of demonstration, how is the demonstration preformed. | |
| Line 39: | Line 50: |
| ||attachment other photos||attachment other photos|| ||attachment other photos||attachment other photos|| |
'''Videos:''' * [[https://www.youtube.com/user/LectureDemostrations/videos?view=1|Lecture Demonstration's Youtube Channel]] |
| Line 44: | Line 56: |
| 1. List any references | * [[http://store.pasco.com/pascostore/showdetl.cfm?&DID=9&Product_ID=53628&page=Experiments|Pasco]] |
| Line 46: | Line 58: |
| [Insert a back link to main topic list] [:Demonstrations:Demonstrations] [:Instructional:Home] |
[[Instructional|Home]] |
Air Pucks, 1N40.25
Topic and Concept:
Linear Momentum, 1N40. Collisions in Two Dimensions
Location:
Cabinet: Mechanic (ME)
Bay: (A5)
Shelf: #6
Abstract:
The air puck is a small battery powered (4AA) hovercraft that floats on a cushion of air produced by an internal fan. Each unit has soft foam bumpers for inelastic collisions.
Equipment |
Location |
ID Number |
|
|
|
Air Puck 1 |
ME, Bay A5, Shelf #6 |
1N40.25.a |
Air Puck 2 |
ME, Bay A5, Shelf #6 |
1N40.25.b |
Important Setup Notes:
- N/A
Setup and Procedure:
- Flip the power switches located on the bottom of the pucks to the on position and place the units on a table or the floor.
- "AA" Batteries are stored in refrigerator.
Cautions, Warnings, or Safety Concerns:
- N/A
Discussion:
Use the two air pucks to model inelastic collisions between equal masses at zero friction.
|
|
Videos:
References: