Unit 1 Sci Foundations
Unit 2 Constant Velocity
Unit 3 Acceleration
Unit 4 Forces
Unit 5 Electricity
100
This mathematical relationship
What is constant or no relationshiop?
100
To move at one steady speed
What is constant velocity motion?
100
To move with a changing speed; speeding up, slowing down, or changing direction
What is accelerated motion?
100
The force of a surface holding an object up
What is the normal force?
100
Method of charging an object by touching a neutral object with a charged object; if the charged object is positive, the neutral object will become positive
What is conduction?
200
This mathematical relationship 
What is linear?
200
Position versus time graph representing constant velocity motion
What are any of the following
200
Position versus time graph representing accelerated motion
What are any of the following
200
A free body diagram of an object at rest on a table
What is
200
A temporary attraction of a neutral object to a charged object; positive and negative charges temporarily redistribute in neutral object
What is polarization?
300
This mathematical relationship
What is quadratic?
300
Velocity vs time graph representing constant velocity motion
What are any of the following
300
Velocity versus time graphs representing accelerated motion
What are any of the following
300
Free body diagram for an object moving with a constant velocity to the left
What is
Note: Fpush is the same as Fapply
300
The difference between the electric field lines between two like charges and two unlike charges
What is
400
This type of mathematical relationship
What is inverse?
400
Motion map representing constant velocity motion
What is any motion map with equally sized and equally spaced arrows, like below
400
Motion map representing accelerated motion
Any motion map with arrows of increasing or decreasing sizes like
400
Free body diagram for a falling object
What is
Note: air resistance is friction; weight is Fg
400
Light bulbs are brighter when wired together in this type of circuit; This type of circuit allows for one single charge to give all its electric potential to one circuit element instead of dividing it up among all circuit elements
What is parallel circuit?
500
The slope of this line
What is 4 m/s?
500
The velocity of a car that travels 100 meters in 25 seconds.
What is 4 m/s?
500
Acceleration of an object beginning at rest that reaches a top speed of 48 m/s in 6 seconds
What is 8 m/s2?
500
The acceleration of a 10 kilogram object being pushed with a net force of 50 newtons
What is 5 m/s2?
500
How the energy of a single charge changes as it flows through an electric circuit
What is the charge gains energy in the battery and loses energy in the circuit elements (ex. a light bulb)?
Explanation: In a circuit with a 12 V battery and 2 light bulbs, millions of charges move faster than the eye can see every second. We can understand how this circuit works by thinking of just one of these charges moving through the circuit. As one charge moves through the battery, it gains 12 V of electric potential (energy). As it moves through the first light bulb, it loses 6 V of electric potential to generate light and heat in the bulb. In the second bulb, it loses the other 6 V of its electric potential to generate light and heat. Now it has 0 V of energy. It goes back through the battery and the cycle of gaining and losing energy continues. Please note that charges do NOT get used up. They continue to gain and lose energy and cycle back through the circuit.