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| ||<#dddddd> Grayed Demos are either not available or haven't been built yet|| = 1H10. Action and Reaction = |
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| '''1H10. Action and Reaction''' | ||<:10%>'''PIRA #'''||<:>'''Demonstration Name'''||<:60%>'''Abstract'''|| ||1H10.10|| push me pull me carts|| Two people stand on roller carts and both pull on a rope or push with a long stick.|| ||1H10.10|| push me pull me carts|| Two people stand on roller carts and both pull on a rope. A long stick may be substituted to allow pushing.|| ||1H10.10|| rope and carts|| People on two identical roller carts pull each other with a long rope.|| ||1H10.11|| rope and carts|| All the things you can do standing and running on carts with and without ropes.|| ||1H10.12|| rope and carts|| Stand on a cart holding a rope passing over a pulley to a weight slightly less than static friction, then pull the rope.|| ||1H10.15|| reaction gliders|| Burn a string holding a compressed spring between two air gliders.|| ||1H10.20|| Newton's sailboat|| Propel an air glider with a battery powered fan, then attach a sail directly in front of the fan.|| ||1H10.20|| Newton's sailboat|| A battery powered fan and sail can be mounted on a air track cart. Three cases are demonstrated: 1) sail attached, fan not attached; 2) both sail and fan attached; 3) fan attached, no sail.|| ||1H10.20|| fan car with sail|| A sail is placed in front of a battery powered fan on a cart.|| ||1H10.21|| Newton's sailboat|| A balloon provides an air source on one cart, a sail is mounted on another cart. Hold each stationary in turn.|| ||1H10.25|| helicopter rotor|| A symmetric propeller deflects air down, causing upward lift.|| ||1H10.30|| cannon car|| A small brass cannon mounted on one car fires a bullet into a wood block on another of equal mass. A string tying the carts together will result in no motion.|| |
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| '''1H11. Recoil ''' | = 1H11. Recoil = ||<:10%>'''PIRA #'''||<:>'''Demonstration Name'''||<:60%>'''Abstract'''|| ||1H11.01|| recoil || || ||1H11.10|| floor cart and medicine ball|| Stand on a roller cart and throw a medicine ball or Styrofoam ball.|| ||1H11.10|| floor cart and medicine ball|| Throw a heavy medicine ball while standing on a roller cart.|| ||1H11.11|| stool on a conveyor|| Throw a ball while on a stool mounted on a conveyor.|| ||1H11.20|| tennis ball cannon|| A cannon on wheels shoots a tennis ball.|| ||1H11.30|| liquid nitrogen cannon|| A liquid nitrogen powered cannon on wheels shoots heavy and light stoppers.|| ||1H11.30|| liquid nitrogen cannon|| A cork is shot out of a liquid nitrogen cannon.|| ||1H11.30|| liquid nitrogen cannon|| CO2 provides the pressure to blow a cork out of a cannon on wheels.|| ||1H11.30|| liquid air gun|| Liquid air in a bent test tube shoots a cork when the escape valve is closed.|| ||1H11.40|| ballistic gun|| Shoot a spring loaded bifilar suspended gun. Measure the muzzle velocity by range and the recoil by adjacent scale.|| ||1H11.41|| open cannon|| A hole in the back of a rail mounted gun allows the gasses to escape or not to show the difference on recoil.|| ||1H11.44|| bent gun|| A spring loaded gun firing a steel ball has a barrel bent 90 degrees to show recoil opposite the exit direction instead of the firing direction.|| |
[:PiraScheme#Mechanics: Table of Mechanics] |
[:Newtons2NDLaw: Mechanics (1G): Newton's Second Law] |
[:RigidBodies: Mechanics (1J): Statistics of Rigid Bodies] |
[:Demonstrations:Lecture Demonstrations] |
Newton's Third Law
PIRA classification 1H
Grayed Demos are either not available or haven't been built yet |
1H10. Action and Reaction
PIRA # |
Demonstration Name |
Abstract |
1H10.10 |
push me pull me carts |
Two people stand on roller carts and both pull on a rope or push with a long stick. |
1H10.10 |
push me pull me carts |
Two people stand on roller carts and both pull on a rope. A long stick may be substituted to allow pushing. |
1H10.10 |
rope and carts |
People on two identical roller carts pull each other with a long rope. |
1H10.11 |
rope and carts |
All the things you can do standing and running on carts with and without ropes. |
1H10.12 |
rope and carts |
Stand on a cart holding a rope passing over a pulley to a weight slightly less than static friction, then pull the rope. |
1H10.15 |
reaction gliders |
Burn a string holding a compressed spring between two air gliders. |
1H10.20 |
Newton's sailboat |
Propel an air glider with a battery powered fan, then attach a sail directly in front of the fan. |
1H10.20 |
Newton's sailboat |
A battery powered fan and sail can be mounted on a air track cart. Three cases are demonstrated: 1) sail attached, fan not attached; 2) both sail and fan attached; 3) fan attached, no sail. |
1H10.20 |
fan car with sail |
A sail is placed in front of a battery powered fan on a cart. |
1H10.21 |
Newton's sailboat |
A balloon provides an air source on one cart, a sail is mounted on another cart. Hold each stationary in turn. |
1H10.25 |
helicopter rotor |
A symmetric propeller deflects air down, causing upward lift. |
1H10.30 |
cannon car |
A small brass cannon mounted on one car fires a bullet into a wood block on another of equal mass. A string tying the carts together will result in no motion. |
1H11. Recoil
PIRA # |
Demonstration Name |
Abstract |
1H11.01 |
recoil |
|
1H11.10 |
floor cart and medicine ball |
Stand on a roller cart and throw a medicine ball or Styrofoam ball. |
1H11.10 |
floor cart and medicine ball |
Throw a heavy medicine ball while standing on a roller cart. |
1H11.11 |
stool on a conveyor |
Throw a ball while on a stool mounted on a conveyor. |
1H11.20 |
tennis ball cannon |
A cannon on wheels shoots a tennis ball. |
1H11.30 |
liquid nitrogen cannon |
A liquid nitrogen powered cannon on wheels shoots heavy and light stoppers. |
1H11.30 |
liquid nitrogen cannon |
A cork is shot out of a liquid nitrogen cannon. |
1H11.30 |
liquid nitrogen cannon |
CO2 provides the pressure to blow a cork out of a cannon on wheels. |
1H11.30 |
liquid air gun |
Liquid air in a bent test tube shoots a cork when the escape valve is closed. |
1H11.40 |
ballistic gun |
Shoot a spring loaded bifilar suspended gun. Measure the muzzle velocity by range and the recoil by adjacent scale. |
1H11.41 |
open cannon |
A hole in the back of a rail mounted gun allows the gasses to escape or not to show the difference on recoil. |
1H11.44 |
bent gun |
A spring loaded gun firing a steel ball has a barrel bent 90 degrees to show recoil opposite the exit direction instead of the firing direction. |
[:Demonstrations:Demonstrations]
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