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← Revision 8 as of 2013-07-12 18:17:56 ⇥
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| = XYZ Unit Vector, PIRA# = | ||<:30%>[[PiraScheme#Mechanics| Table of Mechanics Demonstration]]||<:30%>[[MEEquipmentList| List of Mechanics Equipment & Supplies]]||<:30%>[[Demonstrations|Lecture Demonstrations]]|| = XYZ Unit Vector, 1A30.10 = '''Topic and Concept:''' Measurement, [[Measurement#CoordinateSystems| 1A30.Coordinate Systems]] |
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| * '''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) |
* '''Cabinet:''' [[MechanicsCabinet|Mechanic (ME)]] * '''Bay:''' ([[MechanicsCabinetBayA3|A3]]) * '''Shelf:''' #1 |
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| (attachment photo showing the fully set up demonstration) | {{attachment:XYZUnitVector04-400.jpg}} |
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| '''Description:''' | '''Abstract:''' |
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| Insert description of apparatus, its component, what it is demonstrating. | Aluminum stand that holds 3 arrows to show Cartesian unit vectors. |
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| ||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 || || |
||XYZ Unit Vector||ME, Bay [[MechanicsCabinetBayA3|A3]], Shelf #2||1A30.10 || ||Magnetic Arrows||ME, Bay [[MechanicsCabinetBayA3|A3]], side walls|| || |
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| '''Setup:''' | |
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| 1. Make a Setup check list. 1. ... |
'''''Important Setup Notes:''''' * N/A '''Setup and Procedure:''' 1. The aluminum stand can be used alone to demonstrate the unit vectors. 1. Otherwise, insert an arrow into each of the three holes on the aluminum stand so that the tips point outward. 1. Using the model unit vectors, explain how a 3D Cartesian coordinate system works. |
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| 1. List any Warnings.... 1. Demonstration may require practice. |
* N/A |
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| '''Demonstration:''' | '''Discussion:''' |
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| Insert description of demonstration, how is the demonstration preformed. | The Cartesian coordinate system is widely used in physics and engineering. The spherical and cylindrical coordinate systems are usually based off of the Cartesian unit vectors. |
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| ||attachment other photos||attachment other photos|| ||attachment other photos||attachment other photos|| |
||{{attachment:XYZUnitVector01-250.jpg}}||{{attachment:XYZUnitVector08-250.jpg}}|| '''Videos:''' * [[https://www.youtube.com/user/LectureDemostrations/videos?view=1|Lecture Demonstration's Youtube Channel]] |
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| * [[https://en.wikipedia.org/wiki/Cartesian_coordinate_system|Cartesian Coordinate System - Wikipedia]] | |
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| 1. List any references | |
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| [Insert a back link to main topic list] [:Demonstrations:Demonstrations] [:Instructional:Home] |
[[Instructional|Home]] |
XYZ Unit Vector, 1A30.10
Topic and Concept:
Measurement, 1A30.Coordinate Systems
Location:
Cabinet: Mechanic (ME)
Bay: (A3)
Shelf: #1
Abstract:
Aluminum stand that holds 3 arrows to show Cartesian unit vectors.
Equipment |
Location |
ID Number |
|
|
|
XYZ Unit Vector |
ME, Bay A3, Shelf #2 |
1A30.10 |
Magnetic Arrows |
ME, Bay A3, side walls |
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Important Setup Notes:
- N/A
Setup and Procedure:
- The aluminum stand can be used alone to demonstrate the unit vectors.
- Otherwise, insert an arrow into each of the three holes on the aluminum stand so that the tips point outward.
- Using the model unit vectors, explain how a 3D Cartesian coordinate system works.
Cautions, Warnings, or Safety Concerns:
- N/A
Discussion:
The Cartesian coordinate system is widely used in physics and engineering. The spherical and cylindrical coordinate systems are usually based off of the Cartesian unit vectors.
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Videos:
References: