Inelastic Collisions: Glider 1 initially moving; glider 2 stationary
Mass of Mass of Initial Total Final Conserved Quantity Conserved Quantity Conserved Quantity % Diff.
glider 1 glider 2 speed mass of speed of Formula: Units: Formula: Units: Formula: Units:
(M) (M) of gliders gliders Initial Final Initial Final Initial Final
glider 1 (M) (L/s)
(L/s)
Inelastic Collisions: Both gliders moving initially.
Give the direction of + velocity: N S E W
Mass of Mass of Initial Initial Total mass Final Conserved Predicted % Diff.
glider 1 (M) glider 2 (M) velocity of velocity of of gliders velocity of Quantity Final
glider 1 glider 2 (M) gliders Initial ( Velocity
(L/s) (L/s) (L/s) ) (L/s)
Non-inelastic Collisions: One or both gliders moving initially
Mass of Mass of Initial Initial Final Final Conserved Conserved % Diff.
glider 1 (M) glider 2 (M) velocity of velocity of velocity of velocity of Quantity Quantity
glider 1 glider 2 glider 1 glider 2 Initial ( Final (
(L/s) (L/s) (L/s) (L/s) ) )