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The slides used in this video are color coded. If you are experiencing difficulty with one aspect of your understanding than another you might find this coding… useful!Slides with red backgrounds involve word problems.
Slides with tan backgrounds involve matching concepts.
Slides with olive backgrounds involve reading data tables.
Slides with green backgrounds involve graphing.
DisplacementVelocityAccelerationInertiaForceMomentum
• The change in the rate or direction of motion.
• The resistance to a change in an object’s current state of motion.
• A change in position.• A push or a pull that
tends to accelerate an object.
• The movement of an object in a specific direction over time.
• The product of mass times velocity.
Displacement is a change in position.Velocity is the movement of an object in a specific direction over time.Acceleration is the change in the rate or direction of motion of an object.Inertia is the resistance to a change in an object’s current state of motion.Force is a push or a pull that tends to accelerate an object.Momentum is the product of mass times velocity.
Position Graph
Can you predict the slope shape and orientation of both the velocity and acceleration graphs?
Graph Options
Position Graph
Can you predict the slope shape and orientation of both the velocity and acceleration graphs?
Graph Options
V = 0 m/s
Position Graph
Can you predict the slope shape and orientation of both the velocity and acceleration graphs?
Graph Options
V = 0 m/s
Position Graph
Can you predict the slope shape and orientation of both the velocity and acceleration graphs?
Graph Options
Velocity Graph
Position Graph
Acceleration
Graph
Vy = 0 m/s
Vy = 0 m/s
-V
+V
g = -9.8 m/s2
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
Motion Map
Acceleration GraphVelocity Graph
Graph Options
MotionMap
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Graph Options
MotionMap
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Graph Options
MotionMap
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
Velocity Graph
Graph Options
MotionMap
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
Velocity Graph
Position Graph
Motion Map
Acceleration GraphVelocity Graph
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
MotionMap
Graph Options
Can you predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Position Graph
Velocity Graph
Position Graph
Motion Map
Acceleration GraphVelocity Graph
Force Diagra
msMotion
Map
Match the force diagram to the motion map. Can you also predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Force Diagra
msMotion
Map
Match the force diagram to the motion map. Can you also predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Force Diagra
mMotion
Map
Position
Graph
Velocity Graph
Acceleration
Graph
Force Diagra
msMotion
Map
Match the force diagram to the motion map. Can you also predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Force Diagra
msMotion
Map
Match the force diagram to the motion map. Can you also predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Force Diagra
mMotion
Map
Position
Graph
Velocity Graph
Acceleration
Graph
Force Diagram
Motion Map
Position (ΔY) Graph
Velocity (Vy) Graph
Acceleration Graph
Can you predict the motion map, and kinematic graphs for this freefalling object?
Force Diagra
m
Motion Map
Velocity (Vy) Graph
Acceleration Graph
Position (ΔY) Graph
Force Diagram
Motion Map
Position Graph
Velocity (Vy) Graph
Acceleration Graph
Can you predict the motion map, and kinematic graphs for this elevator?
Force Diagra
m
Motion Map
Position Graph
Velocity (Vy) Graph
Acceleration Graph
Force Diagram
Motion Map
Position Graph
Velocity (Vy) Graph
Acceleration Graph
Can you predict the motion map, and kinematic graphs for the ENTIRE TRIP?
Force Diagra
m
Motion Map
Position Graph
Velocity (Vy) Graph
Acceleration Graph
Because of this wind, a 15 kgpackage is blown from Dr. Fiala’sarms and onto the ground. The 15 kgpackage reaches a velocity of 30.41 m/s in a time of 4 seconds. Find theforce acting on the box horizontally ifthere is no friction.
Force Diagra
msMotion Map
Match the force diagram to the motion map. Can you also predict the slope shape and orientation of the position, velocity, and acceleration graphs?
Force Diagra
mMotion
Map
Position
Graph
Velocity Graph
Acceleration
Graph
Force Diagra
mMotion Map
Position
Graph
Velocity Graph
Acceleration
Graph
Fa = 117.79 N Fg = 147 N
Fs = 147 N
Ff = 0 N
62.8 m 4 s 4 s 4 s
31.4 m/s
7.85
m/s2
Force DiagramMotion Map
Acceleration Graph
Can you predict what the force diagram, and vertical kinematic graphs for this freefalling object?
Velocity (Vy) Graph
Position (ΔY) Graph
Force Diagra
mMotion Map
Position (ΔY) Graph
Velocity (Vy) Graph
Acceleration Graph
Force
Vector Arrows for this Projectile
Acceleration
Using these vector arrows can you predict what the position, force, velocity and acceleration vector arrows would look like for this projectile at the start and at the top?
Velocity
Position
Force
Acceleration
Velocity
Position
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