Difference between revisions of "Velocity and Acceleration: Dynamic Carts"

From UO Physics Demonstration Catalog

(Created page with "{{NewDemo|subject=Mechanics|topic=Kinematics|file1=Vel_and_Accel-Air_Track.gif|file2=Velocity_and_Acceleration_real.jpg}} Track will be leveled. Motion sensor is connected to a computer. The computer program (Logger Pro by Vernier Software) can measure position, velocity, and acceleration. All-in-one Carts can be used in place of dynamic carts and a motion sensor. '''Location:''' *Track: Sh. C-0 *Carts & Accessories: Dr. 27")
 
 
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{{NewDemo|subject=Mechanics|topic=Kinematics|file1=Vel_and_Accel-Air_Track.gif|file2=Velocity_and_Acceleration_real.jpg}}
{{NewDemo|subject=Mechanics|topic=Kinematics|file1= Velocity_and_Acceleration_real.jpg}}


Track will be leveled. Motion sensor is connected to a computer. The computer program (Logger Pro by Vernier Software) can measure position, velocity, and acceleration. All-in-one Carts can be used in place of dynamic carts and a motion sensor.
Track will be leveled. Motion sensor is connected to a computer (Logger Pro by Vernier Software) or the iPad and Vernier Graphical Analysis if All in One carts are used.  Program can measure position, velocity, and acceleration in real time.  


'''Location:'''
'''Location:'''
*Track: Sh. C-0
*Track: Beside Shelf F
*Carts & Accessories: Dr. 27
*Carts & Accessories: Dr. 25-27[[File:Position, Velocity vs. Time Video.mp4|thumb]]

Latest revision as of 17:54, 25 January 2023

Return to Kinematics

Velocity and Acceleration real.jpg

Description:

Track will be leveled. Motion sensor is connected to a computer (Logger Pro by Vernier Software) or the iPad and Vernier Graphical Analysis if All in One carts are used. Program can measure position, velocity, and acceleration in real time.

Location: