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3. On a frictionless air track, a 0.5000 kg-glider moving to the right at 2.900 m/s collides with a 0.8000 kg glider moving to the left at 1.900 m/s. The collision is inelastic. Assume the rightward direction is the positive direction of motion. THE COLLISION IN COMPLETELY INELASTIC. THUS, THE TWO GLIDERS STICK TOGETHER (WITH VELCRO), AND AFTER THE COLLISION MOVE TOGETHER WITH A COMMON VELOCITY V f. (a) (b) What is COMMON velocity Vf of the two gliders after the collision? What direction do the coupled gliders move after the collision, rightward or leftward? SHOW THAT KINETIC ENERGY IS NOTCONSERVED IN THE COLLISION.

3. On a frictionless air track, a 0.5000 kg-glider moving to the right at 2.900 m/s collides with a 0.8000 kg glider moving to the left at 1.900 m/s. The collision is inelastic. Assume the rightward direction is the positive direction of motion. THE COLLISION IN COMPLETELY INELASTIC. THUS, THE TWO GLIDERS STICK TOGETHER (WITH VELCRO), AND AFTER THE COLLISION MOVE TOGETHER WITH A COMMON VELOCITY V f. (a) (b) What is COMMON velocity Vf of the two gliders after the collision? What direction do the coupled gliders move after the collision, rightward or leftward? SHOW THAT KINETIC ENERGY IS NOTCONSERVED IN THE COLLISION.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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**Text Transcription for Educational Website:** --- **3. On a frictionless air track, a 0.5000 kg glider moving to the right at 2.900 m/s collides with a 0.8000 kg glider moving to the left at 1.900 m/s. The collision is *inelastic*. Assume the rightward direction is the *positive* direction of motion.** --- **THE COLLISION IS COMPLETELY INELASTIC.** Thus, the two gliders stick together (with Velcro), and after the collision move together with a common velocity \( V_f \). **(a)** What is the COMMON velocity \( V_f \) of the two gliders after the collision? What direction do the coupled gliders move after the collision, rightward or leftward? **(b)** SHOW THAT KINETIC ENERGY IS *NOT* CONSERVED IN THE COLLISION. --- **Explanation:** This problem involves a completely inelastic collision between two gliders on a frictionless air track. In such a collision, the objects stick together after colliding and move with a common velocity. The task is to calculate this velocity and determine whether kinetic energy is conserved.
Transcribed Image Text:**Text Transcription for Educational Website:** --- **3. On a frictionless air track, a 0.5000 kg glider moving to the right at 2.900 m/s collides with a 0.8000 kg glider moving to the left at 1.900 m/s. The collision is *inelastic*. Assume the rightward direction is the *positive* direction of motion.** --- **THE COLLISION IS COMPLETELY INELASTIC.** Thus, the two gliders stick together (with Velcro), and after the collision move together with a common velocity \( V_f \). **(a)** What is the COMMON velocity \( V_f \) of the two gliders after the collision? What direction do the coupled gliders move after the collision, rightward or leftward? **(b)** SHOW THAT KINETIC ENERGY IS *NOT* CONSERVED IN THE COLLISION. --- **Explanation:** This problem involves a completely inelastic collision between two gliders on a frictionless air track. In such a collision, the objects stick together after colliding and move with a common velocity. The task is to calculate this velocity and determine whether kinetic energy is conserved.
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