Velocity includes which two parts?, how fast only, distance and time, speed and direction, force and motion, A bike travels 120 km in 2 hours. How fast is it going?, 40 km/h, 60 km/h, 80 km/h, 240 km/h, Which situation shows acceleration happening?, moving straight at the same speed, standing still, changing direction while moving, staying in one place, What does the steepness (slope) of a position vs. time graph tell you?, how heavy something is, how fast it is moving, how much force is used, how strong gravity is, If the line on a position-time graph is flat, what is happening?, the object is speeding up, the object is slowing down, the object is not moving, the object is falling, What do we call any push or pull on an object?, velocity, acceleration, force, motion, Two equal forces act in opposite directions (10 N each). What is the result?, 20 N to the right, 10 N to the left, no net force, 5 N total, When forces are balanced, what happens to the object’s motion?, it speeds up, it stays the same, it starts turning, it accelerates, What happens when forces are unbalanced?, the object changes motion, the object must stay still, the object loses mass, the object gains gravity, Which force slows things down or resists motion?, magnetism, friction, gravity, inertia, What is inertia best described as?, stored energy, resistance to movement changes, speed with direction, total force, Which object would be hardest to get moving?, tennis ball, feather, paperclip, bowling ball, Which force pulls objects toward Earth?, friction, velocity, gravity, slope, Which equation is used to calculate force?, distance ÷ time, force = mass × acceleration, velocity = distance × time, potential = kinetic, If mass increases but force stays the same, what happens to acceleration?, it increases, it decreases, it stays the same, it stops, Newton’s First Law is often called the law of what?, acceleration, gravity, inertia, magnetism, Which statement describes Newton’s Third Law?, force equals mass times acceleration, objects fall toward Earth, speed is shown by slope, every action has an equal and opposite reaction, When does an object have the most potential energy?, when it is at the highest point, when it is on the ground, when it is not moving, when it is sliding, What does a steeper line on a graph usually mean?, slower movement, faster movement, less mass, balanced forces, Two objects move at the same speed but in opposite directions. How do their velocities compare?, they are the same, they are different, they are balanced, they are zero, A fixed object used to tell if something is moving, Velocity, Acceleration, Reference Point, Inertia, Speed with direction, Velocity, Acceleration, Net Force, Inertia, A force that opposes motion, Inertia, Acceleration, Net Force, Friction, Total of all forces acting on an object, Inertia, Net Force, Acceleration, Slope, Equal forces acting in opposite directions, Friction, Reference Point, Balanced Forces, Unbalanced Forces, Forces that do not cancel out, Friction, Reference Point, Balanced Forces, Unbalanced Forces, Resistance to change in motion, Friction, Reference Point, Balanced Forces, Unbalanced Forces, Steepness of a line on a graph, Velocity, Acceleration, Position vs. Time Graph, Inertia, A graph showing position over time, Velocity, Acceleration, Position vs. Time Graph, Inertia, A change in speed or direction, Velocity, Acceleration, Position vs. Time Graph, Inertia.

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