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Deletions are marked like this. Additions are marked like this.
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||<:30%>[:PiraScheme#Mechanics: Table of Mechanics Demonstration]||<:30%>[:MEEquipmentList: List of Mechanics Equipment & Supplies]||<:30%>[:Demonstrations:Lecture Demonstrations]|| ||<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]] ||
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= Aluminum Inclined Plane - Acceleration, 1C20.40 =
= Aluminum Inclined Plane - Constant Acceleration, 1C20.40 =
'''Topic and Concept:'''

 . Motion in One Dimension, [[MotionIn1D#UniformAcceleration|1C20. Uniform Acceleration]]
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 * '''Cabinet:''' [:MechanicsCabinet:Mechanic (ME)]
* '''Cabinet:''' [[MechanicsCabinet|Mechanic (ME)]]
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attachment:AluminumInclinedPlane-10-400.jpg {{attachment:AluminumInclinedPlane-10-400.jpg}}
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'''Description:''' '''Abstract:'''
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Insert description of apparatus, its component, what it is demonstrating.

||<:style="width: 60%" :40%>'''Equipment'''||<:30%>'''Location'''||<:25%>'''ID Number'''||		 The steel ball baring rolling down an inclined plane demonstrates how a body accelerates at constant acceleration (a fraction of g). The metronome allows for accurate timekeeping.
||<40% style="text-align:center">'''Equipment''' ||<30% style="text-align:center">'''Location''' ||<25% style="text-align:center">'''ID Number''' ||
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||Aluminum Inclined Plane||ME, South Wall, Shelf #1|| ||
||2.5" Steel Ball Bearings||ME, Bay [:MechanicsCabinetBayA4:A4], Shelf #1|| ||
|| [:Metronome:Metronome]||ME, Bay [:MechanicsCabinetBayA2:A2], Shelf #4||1A10.40a ||

'''''Important Setup Notes:'''''

 A. '''''Practice''''' releasing the ball in sync with the beats of the metronome.		 ||Aluminum Inclined Plane ||ME, South Wall, Shelf #1 || ||
||2.5" Steel Ball Bearings ||ME, Bay [[MechanicsCabinetBayA4|A4]], Shelf #1 || ||
||[[Metronome]] ||ME, Bay [[MechanicsCabinetBayA3|A3]], Shelf #4 ||1A10.40a ||
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'''Setup:'''
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 1. 5 minuets of setup time is needed
'''''Important Setup Notes:'''''

 * '''''Practice''''' releasing the ball in sync with the beats of the metronome. The metronome time may need adjusting so that the ball hits those marks.
 * The markings 1, 4, 9, 16 are distances in feet from the starting point.
 * 5 minutes of setup time is needed.
 * The distants between the lags is 245cm(along the incline) and the difference in hight is 16cm. This give us an angle of 3.74 degrees for the incline.

'''Setup and Procedure:'''

 1. Start by setting the metronome at 56 beats per minute.
 1. Place the ball bearing at the top of the inclined plane.
 1. Release. When released the ball should pass each mark on the track with the beats of the metronome. The ball should pass through #1 then hits marks 4, 9, and 16 (ie. the basket) that are marked on the side of the track.
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 1. Please do not drop the steel ball bearings  * Please do not drop the steel ball bearings

'''Discussion:''' N/A
|| {{attachment:AluminumInclinedPlane-03-250.jpg}} || {{attachment:AluminumInclinedPlane-06-250.jpg}} || {{attachment:AluminumInclinedPlane-15-250.jpg}} ||
|| {{attachment:AluminumInclinedPlane-17-250.jpg}} || {{attachment:AluminumInclinedPlane-18-250.jpg}} || {{attachment:AluminumInclinedPlane-26-250.jpg}} ||
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'''Demonstration:'''

Start by setting the metronome at 56 beats per minute. Place the ball at the top of the inclined plane. When released, at each beat of the metronome the ball should pass through points 1, 4, 9, and 16(ie. the basket) that are marked on the side of the track. ''Practice!'' The metronome time may need adjusting so that the ball hits those marks.
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||attachment:AluminumInclinedPlane-03-250.jpg||attachment:AluminumInclinedPlane-06-250.jpg|| '''Videos:'''
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||attachment:AluminumInclinedPlane-15-250.jpg||attachment:AluminumInclinedPlane-17-250.jpg||attachment:AluminumInclinedPlane-18-250.jpg||attachment:AluminumInclinedPlane-26-250.jpg||  * [[attachment:ALPlane-Acc.mts]]
 * [[https://www.youtube.com/user/LectureDemostrations/videos?view=1|Lecture Demonstration's Youtube Channel]]
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 1. List any references  * N/A
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[:Instructional:Home]		 [[Instructional|Home]]

Table of Mechanics Demonstration

List of Mechanics Equipment & Supplies

Lecture Demonstrations

Aluminum Inclined Plane - Constant Acceleration, 1C20.40

Topic and Concept:

Location:

  • Cabinet: Mechanic (ME)

  • Bay: Floor Item, Mechanics South Wall

  • Shelf: #1

AluminumInclinedPlane-10-400.jpg

Abstract:

The steel ball baring rolling down an inclined plane demonstrates how a body accelerates at constant acceleration (a fraction of g). The metronome allows for accurate timekeeping.

Equipment

Location

ID Number

Aluminum Inclined Plane

ME, South Wall, Shelf #1

2.5" Steel Ball Bearings

ME, Bay A4, Shelf #1

Metronome

ME, Bay A3, Shelf #4

1A10.40a

Important Setup Notes:

  • Practice releasing the ball in sync with the beats of the metronome. The metronome time may need adjusting so that the ball hits those marks.

  • The markings 1, 4, 9, 16 are distances in feet from the starting point.
  • 5 minutes of setup time is needed.
  • The distants between the lags is 245cm(along the incline) and the difference in hight is 16cm. This give us an angle of 3.74 degrees for the incline.

Setup and Procedure:

  1. Start by setting the metronome at 56 beats per minute.
  2. Place the ball bearing at the top of the inclined plane.
  3. Release. When released the ball should pass each mark on the track with the beats of the metronome. The ball should pass through #1 then hits marks 4, 9, and 16 (ie. the basket) that are marked on the side of the track.

Cautions, Warnings, or Safety Concerns:

  • Please do not drop the steel ball bearings

Discussion: N/A

AluminumInclinedPlane-03-250.jpg

AluminumInclinedPlane-06-250.jpg

AluminumInclinedPlane-15-250.jpg

AluminumInclinedPlane-17-250.jpg

AluminumInclinedPlane-18-250.jpg

AluminumInclinedPlane-26-250.jpg

Videos:

References:

  • N/A

Home

fw: AlInclinedPlaneAcc (last edited 2014-01-27 22:13:11 by srnarf)