Materials Available:
Fast and Slow Buggies/Carts
Meter Sticks / Tapes
Stopwatch (your phone)
Online Metronome
Data Collection:
Observe your carts moving across your table or floor.
Make qualitative descriptions of the motion of the two cars.
Create a set of motion maps (min 5 vectors) to describe the motion of the two cars.
Determine the measurements needed to be quantitatively determine the velocity of the two cars. A minimum of three trials and 5 data points per trial are necessary.
Create the following graph in Google Sheets (link in GC).
Position v. Time
From this graph, determine the velocity of each car.
Whiteboard Presentation:
Sketch of data collection set up.
Draw motion maps representing the motion of the two cars (min 5 vectors)
Sketch graphs of your Position v. Time.
Data for both cars on the same graph.
Include the equation of each line in your Position v. Time Graph.
Sketch graphs of the cars Velocity v. Time.
Determine the ratio of the speeds of the two cars. (i.e. vR = 1.6vB)
Given random distance for the faster car, stagger cars so they hit the wall at the same time.
Given a random distance, determine where the two cars will collide.
Given a random starting position and line placement, determine where the cars will collide with perpendicular paths.
Set the carts in motion in opposite directions, you will be given a specific distance (i.e. 2.5 m). Determine the location of the two cars when they are 2.5 m apart.
Do the following for 6 of the scenarios to the right:
Move, relative to the motion detector, so that you produce a position vs. time graph that closely approximates the graph shown.
In the space provided, describe how you must move in order to produce the position vs. time graph shown in the space to the right of the velocity vs. time graph. Be sure to include each of the following in your description:
starting position,
direction moved,
type of motion,
relative speed.
On the velocity vs. time axes, sketch the velocity vs. time graph that corresponds to the position vs. time graph shown.
In the space provided, sketch the motion map that corresponds to the motion described in the position vs. time graph.
Physics Classroom
Physics Bootcamp
Online Practice (sign in as a GUEST)
See Google Classroom for leveled practice opportunities.
Kine in 1D - Guidance Questions
oPhysics: Uniform Motion in 1D - Guidance Questions
Describe the motion of two objects at home.
Take a video of two moving objects anywhere you find interesting motion.
Describe the motion of the objects in physics terms.
Draw motion maps to represent the motion of the two objects.
Sketch a position-time and velocity-time graph to describe their motions.
Share your video, graphs and explanation to the classroom discussion board.
Link to the code is in the site below: HERE