Name : Dillon D Period: Kinematics Vocabulary DIRECTIONS: Add pictures and a sample sentence for each provided term. Use the multiple-choice answers to describe the word. Take notes on the definition for each vocabulary word, including whether the physics quantity is a vector or scalar. Create a definition in your own words based on your notes (QT means Quantity Type: Vector (V) or Scalar (S)). micsure Vocabulary Word Select all that apply. QT Unit Examples / Pictures / Definition in your Image words. Reference Frame A Coordinate system assigning positions and times to events. . Two different reference frames can be in motion with respect to each other. Origin A. Fixed reference point for position data. 3. Point in space where the position = 0 m in one dimension or (0,0,0) m in three dimensions. .The location where all the coordinate axes intersect. Vectors A. Quantity that includes both magnitude (or value) and direction. B. Force, displacement, and velocity are vectors. C. Mass, pressure, and temperature are vectors. Scalars A. Quantity that can be completely described by a single value (without a direction). B. Mass, pressure, and temperature are scalars. C. Force, displacement, and velocity are scalars.Select all that apply. Examples / Pictures / Definition in your Vocabulary Word QT Unit words. Image Magnitude A. single number that represents the length, strength, or "size" of a vector without reference to direction. Position A. Vector quantity that locates a unique point in space relative to an origin. Depends on how much stuff or matter is present in an object. C. People on a diet are really concerned about losing it. D. D. Can vary based on your physical location. Coordinates A. Individual values that collectively specify a position in one-, two-, or three-dimensional space. Distance A. Tells you how far you've travelled. B. Distance is always zero or positive, it cannot be negative. Displacement A. Vector quantity that represents a change in position. B. Used to describe the difference between an object's initial and final positions. C. Measured in meters (m). D. Tells you how far you are from you are started. average velocity E. Displacement is always zero or positive, it cannot be negative.Vocabulary Word Select all that apply. QT Unit Examples / Pictures / Definition in your Image words. Average speed A. Distance an object travels divided by the time taken, regardless of any variations in speed during the time interval. B. Can be negative. C. The rate at which an object covers distance. Average velocity A. Displacement an object travels divided by the time taken, regardless of any variations in velocity during the time interval. B. Can be negative. C. Describes how fast you are going over a time interval. D. The rate of change in position. Speed A. Ratio of distance traveled to (instantaneous the time taken, or dustantee speed) divided by time B. The magnitude of the velocity vector C. Cannot be negative. Velocity A. Describes how fast you are (instantaneous going at a particular time velocity) (not over a time interval). B. Measures the change in your position over time. C. Describes speeding up or slowing down. D. Does not involve a direction. E. Has units of length over time, such as m/s. Slope A. Ratio of the increase in the vertical or y-direction divided by the change in the horizontal or x-direction.Vocabulary Word Select all that apply. QT Unit Examples / Pictures / Definition in your Image words. Acceleration A. All objects have it. B. Fast moving objects have more acceleration than slow moving objects. C. Is a force that measures how hard it is to stop an object. D. Does not exists in a gravity free place. Free fall A. Motion of an object when the only force acting on it is the force of gravity. B. All objects in free fall at a given location have the same acceleration. Trajectory Definition: emit Projectile Motion Definition