WorksheetsFundamentals Review 1
Total questions: 30
Worksheet time: 5mins
Acceleration
Change in velocity over time
Change in position over time.
How fast time changes.
How fast position changes.
Acceleration
ΔtΔv
ΔtΔx
ΔxΔt
ΔxΔv
ΔtΔv
Acceleration
Velocity
Displacement
Force
Speeding up or slowing down
acceleration
velocity
displacement
magnitude
Velocity
Change in position over time
Change in velocity over time
Change in acceleration over time
speed
Velocity
ΔtΔx
ΔtΔa
ΔxΔt
ΔaΔv
ΔtΔx
Velocity
Acceleration
Distance
Magnitude
Slope of distance vs time graph.
Velocity
Acceleration
Distance
Displacement
Slope of velocity vs time graph
Acceleration
Velocity
Distance
Force
Mass resists a change in motion.
Initeria
Newton's 2nd Law
Magnitude
Weight
Force perpendicular to two touching surfaces.
Normal
Tension
Friction
Applied
Force applied by string or rope.
Tension
Friction
Thrust
Pull
Force that resists motion of two touching surfaces.
Friction
Normal
Weight
Drag
w =
mg
ng
μn
μg
Force caused by mass.
Gravity
Tension
Normal
Inertia
What causes the force of gravity?
Mass
Friction
Inertia
Magic
What causes tension?
Rope
Force
Mass
Charm
Unbalanced force causes
acceleration
velocity
weight
confusion
ΣF=0N
constant velocity
constant acceleration
constant weight
speeding up
ΣF=0N means...
Change in velocity
Object at rest
constant velocity
balanced forces
ΣFx=0N ΣFy=0N
Vertical acceleration
Horizontal acceleration
Object at rest
Constant velocity
ΣFx=0N ΣFy=0N
Horizontal acceleration
Vertical Acceleration
Object at rest
Constant velocity
Δa=0 s2m
Constant velocity
Constant position
Constant displacement
Constant acceleration
Units of Force
N
sm
s
s2m
Units of force
s2kgm
s2m
ms2kg
sm
Not a force
Gravity
Tension
Inertia
Applied
Not a force
Drag
Mass
Normal
Weight
Not a force
Friction
Acceleration
Tension
Weight
Friction
mg
μg
μn
ma
a=mΣF
Increased force causes
increased acceleration
increased mass
decreased acceleration
decreased inertia
