Acceleration Challenge
A randomised challenge covering acceleration, deceleration, initial velocity, final velocity, elapsed time and the difference between speed and acceleration.
Home › Interactives › Physics › Vehicle Safety & Newton's Laws Challenge
Physics · Forces & Motion
Become a vehicle safety engineer and use Newton's Laws, momentum and stopping distance calculations to design safer cars. Investigate collisions, evaluate safety technologies such as airbags and crumple zones, and optimise vehicle designs under realistic constraints.
Start a free 30-day trial with class codes and progress tracking, or talk to us about your school's licence.
A randomised challenge covering acceleration, deceleration, initial velocity, final velocity, elapsed time and the difference between speed and acceleration.
Students investigate how changes in velocity over time produce acceleration, deceleration and constant-velocity motion.
A guided ramp investigation in which students compare repeated trials and calculate acceleration for different slopes.
Students calculate distance and displacement from rectangular, triangular, trapezoidal and signed areas beneath velocity–time graphs.
An open average-speed explorer in which students adjust distance and travel time, run an animated car and observe the relationship between distance, time and average…
A guided investigation in which students measure a moving car using manual stopwatch trials, calculate mean time and average speed, identify anomalous results and…
Vehicle Safety & Newton's Laws Challenge is one of the licensed interactives in The Education Universe. This page describes it; teachers use it in lessons and classes with a licence or the free trial.