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| '''1D10. Displacement in Two Dimensions ''' | = 1D10. Displacement in Two Dimensions = ||<:10%>'''PIRA #'''||<:>'''Demonstration Name'''||<:60%>'''Abstract'''|| ||1D10.20|| Cycloid Generator|| A large spool with a light bulb fastened to the circumference is rolled along the table. With and without the lights on.|| ||1D10.30|| Inversor|| A mechanical device that transforms rotational motion into rectilinear motion.|| ||1D10.40|| Mounted Wheel|| A bicycle wheel marked with a radial line turns about its axis.|| ||1D10.55|| Projected circular motion || A Turn table with a ball that rotates with an arrow on top is projected on a screen by a arc lamp.|| ||1D10.60|| measuring angular velocity|| Use an electronic strobe to measure the angular velocity of a fan blade or other rotating objects.|| |
Motion in Two Dimensions
PIRA classification 1D
1D10. Displacement in Two Dimensions
PIRA # |
Demonstration Name |
Abstract |
1D10.20 |
Cycloid Generator |
A large spool with a light bulb fastened to the circumference is rolled along the table. With and without the lights on. |
1D10.30 |
Inversor |
A mechanical device that transforms rotational motion into rectilinear motion. |
1D10.40 |
Mounted Wheel |
A bicycle wheel marked with a radial line turns about its axis. |
1D10.55 |
Projected circular motion |
A Turn table with a ball that rotates with an arrow on top is projected on a screen by a arc lamp. |
1D10.60 |
measuring angular velocity |
Use an electronic strobe to measure the angular velocity of a fan blade or other rotating objects. |
1D15. Velocity, Position, and Acceleration
1D40. Motion of the Center of Mass
1D50. Central Forces
1D52. Deformation by Central Forces
1D55. Centrifugal Escape
1D60. Projectile Motion
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