Position vs Time Graphs with Accelerated Motion (Genova, 4:24)
How to interpret a position vs time graph that includes acceleration
Velocity vs Time Graphs with Accelerated Motion (Genova, 4:26)
How to interpret a velocity vs time graph that includes acceleration.
Matching a Position vs Time Graph to a Velocity vs Time Graph (Genova, 4:54)
Given a position-time graph, how do you find its matching velocity-time graph?
Basics of Acceleration (Genova, 5:19)
What is acceleration and how do you calculate it?
Freefall Problem #1 (Genova, 4:41)
Analysis of an object that is dropped.
Freefall Problem #2 (Genova, 2:58)
Analysis of an object that is thrown downward (not simply dropped).
Freefall Problem #3 (Genova, 3:47)
Analysis of an object that is thrown upward.
Freefall Problem #4: Calculating the Apex (Genova, 3:39)
How high does a launched/thrown object get at its apex?
Freefall Problem #5: Calculating Time to the Ground (Genova, 3:37 )
How much time will it take for a dropped object to fall a certain distance?