- 22 1 Point An 65 0 Kg Astronaut Throws A 5 00kg Oxygen Tank With A Velocity Of 25 0 M S What Is The Astronaut S Veloci 1 (9.18 KiB) Viewed 54 times
- 22 1 Point An 65 0 Kg Astronaut Throws A 5 00kg Oxygen Tank With A Velocity Of 25 0 M S What Is The Astronaut S Veloci 2 (27.94 KiB) Viewed 54 times
- 22 1 Point An 65 0 Kg Astronaut Throws A 5 00kg Oxygen Tank With A Velocity Of 25 0 M S What Is The Astronaut S Veloci 3 (16.8 KiB) Viewed 54 times
- 22 1 Point An 65 0 Kg Astronaut Throws A 5 00kg Oxygen Tank With A Velocity Of 25 0 M S What Is The Astronaut S Veloci 4 (16.78 KiB) Viewed 54 times
- 22 1 Point An 65 0 Kg Astronaut Throws A 5 00kg Oxygen Tank With A Velocity Of 25 0 M S What Is The Astronaut S Veloci 5 (25.31 KiB) Viewed 54 times
24 1 point An example of an elastic collision would be a catcher catching a baseball a toy gun shooting a dart two pool balls hitting each other a football player tackling another Previous
27 1 point A Ball A and a Ball B collide elastically. The initial momentum of Ball A is 2,00kgm/s and the initial momentum of Ball B is-5.00kgm/s. Ball A has a mass of 4,00kg and is traveling at 2.50 m/s after the collision. What is the velocity of ball B if it has a mass of 6.50kg? 0.462 m/s 2.17 m/s -2.62 m/s 0.382 m/s Previous Next
28 1 point Determine if the following collision is perfectly elastic. The data for both momentum (p) and kinetic energy (K) is given for before and after the collision. Pe K K₂ P Ball JA B 0000 0.50 1.50 Previous 0.25 -1.03 1.13 0.03 1.05 0.01 not perfectly elastic-momentum is not conserved. perfectly elastic both momentum and kinetic energy are conserved not perfectly elastic-kinetic energy is not conserved perfectly elastic-momentum is conserved
29 1 point The data below represents a perfectly elastic collision. Determine what the value of the missing data point. Pe Ko P Ball A Ball B 6.00 -11.25 1.721 5.00) 23.061 12.34) Previous 9.00 14.06 K -9.23 21.34 3.98