32 questions
A push or pull on an object
Force
Newton
Kinetic
Inertia
Motion
Distance traveled per unit of time
acceleration
velocity
speed
kinetic
inertia
The object to which you compare another object to see if its in motion
reference point
referee point
referral point
resistance point
replica point
A change in velocity
inertia
speed
acceleration
velocity
force
When the distance between an object and a reference point is changing
speed
acceleration
velocity
inertia
motion
For every force or action there is an equal and opposite force or reaction
1st law
2nd law
3rd law
inertia
The force of an object is equal to its mass times its acceleration
1st law
2nd law
3rd law
acceleration
Forces that cause a change in motion
balanced
unbalanced
kinetic
potential
friction
The energy of motion
potential
inertia
kinetic
gravitational
friction
The tendency of an object to resist a change in motion
inertia
friction
3rd law
potential
acceleration
A force that opposes motion
friction
inertia
speed
acceleration
velocity
Stored energy
kinetic
potential
inertia
friction
motion
Objects in motion or at rest tend to stay that way unless acted on by unbalanced forces
1st law
2nd law
3rd law
4th law
Forces that do not cause a change in motion
kinetic
acceleration
velocity
unbalanced
balanced
Distance traveled per unit time in a specified direction
speed
acceleration
velocity
potential
inertia
The "total" force acting on an object:
net force
balanced force
gravity force
math force
A change in velocity:
acceleration
speed
inertia
force
Speed and direction :
velocity
acceleration
inertia
balanced force
Food, fuel & batteries
thermal energy
gravitational potential energy
kinetic energy
chemical potential energy
Energy is never created or destroyed, it's simply transformed into other types
law of conservation of mass
law of conservation of turkey
law of conservation of energy
law of conservation of matter
Forces that do NOT cause a change in motion:
unbalanced
balanced
potential
inertia
The energy of motion:
thermal
kinetic
potential
wind
The unit of force:
Meters/second
Newtons
Kilograms
Pounds
What type of potential energy results from an object being suspended above Earth's surface?
Gravitational potential
Elastic potential
Chemical potential
What kind of potential energy results from stretching a rubber band, a spring, or a stretchy material?
Elastic potential
Chemical potential
Gravitational potential
What kind of potential energy is stored in the bonds between atoms, such as in food, fuel, or batteries?
Gravitational potential
Chemical potential
Elastic potential
The unit for mass (when calculating force) is:
Kg
m/s/s
Newton
Grams
The unit we use for measurements of acceleration:
Grams
m/s/s
Kg
Newtons
Total distance divided by total time is:
Speed
instantaneous speed
average speed
velocity
Speed of an object at one moment in time is...
Velocity
Acceleration
Instantaneous speed
Average speed
A straight line on a distance/time graph indicates...
Constant speed
Increasing speed
Decreasing speed
Velocity
The total force acting on an object is...
Net force
Jedi force
Spider force
Cereal force