Download free 90-day trial versions of the most popular TI software and handheld emulators.
Check out TI Rover activities that put math, science and coding in motion.
Customize your summit experience with sessions on math, STEM, coding and more.
Students use the law of conservation of momentum to determine the momentums and velocities of objects involved in perfectly inelastic collisions.
Students investigate the relationships between velocity, kinetic energy, and momentum during perfectly inelastic one-dimensional collisions.
Next, students make a graph of the position of the snowball vs. time. They assume a scenario in which the first skater holds the snowball for four seconds before throwing it to the second skater.
Finally, students calculate the kinetic energy of the snowball and the skaters before and after the throw. They use these calculations to describe the effects of inelastic collisions on kinetic energy.
© Copyright 1995-2018 Texas Instruments Incorporated. All rights reserved.