show the solution below 2:5969Gen. Physics 1 _G...Section:MELC No: 37-40MELCS:Relate the momentum, impulse, force, and time of contact in a systemCompare and contrast elastic and inelastic collisionsApply the concept of restitution coefficient in collisions• Solve problems involving center of mass, impulse, and momentum in contextssuch as, but not limited to, rocket motion, vehicle collisions, and ping-pong.Title of the Lesson: Momentum, Impulse, and CollisionsDirections/Instructions:1. You are encouraged to use a calculator (i.e. scientific calculator) in solving.2. If the spaces provided are not enough, you may write and show your solutions onanother sheet/s of paper.3. The activities presented here will help you in the attainment of the learningcompetencies. Read every instruction and do each activity with understanding.Activity Proper:Activity No. 1: Acting on Impulse: Problem SolvingA. Collision CartsThe objects involved in a collision are often considered as a system. Providedthat the system of two objects is not experiencing a net external impulse, therewould be no change in momentum of the system. If one object within the systemloses momentum, it is gained by the other object within the system. The combinedmomentum of both objects would be conserved.Fill-in the blanks.Before CollisionAfter Collisionmred = 5 kgUreds = 2 m/sAMomentumRedmred = 5 kgVredi 3 m/sApred - Pred.f - PrediiCartApred =kg m/skg m/s Pred,f =kg m/sPredi=malue = 1 kgUalue,i = 0 m/sBlueApblue - Poluef - PblueiApoluemblue - 1 kgUluef=kg m/s Phtue.= 5 kg m/sPrtotal = Pred.+ PhluesPrtotal =Cartm/skg m/sPueiSystem p.total = Pred,i + Prlue,iTotalPitotal =kg m/skg m/sРage 2 of 3Show your solutions below:...

We have a system of 2 balls where mass of red ball m1=5 kg and mass of blue ball m2=1 kg. Before…

A. Collision Carts The objects involved in a collision are often considered as a system. Provided that the system of two objects is not experiencing a net external impulse, there would be no change in momentum of the system. If one object within the system loses momentum, it is gained by the other object within the system. The combined momentum of both objects would be conserved. Fill-in the blanks. Before Collision Mred -5 kg Uedi- 3 m/s Predi= malue- 1 kg Ualuei-0 m/s After Collision Mred = 5 kg Ureds = 2 m/s kg m/s Predf= AMomentum Apred = Predf- Predi Apred = Red Cart kg m/s kg m/s Blue malue = 1 kg Uluef Apslue = Poluef- Paluei Apsaae= Cart m/s kg m/s Paar-5 kg m/s Prtatal = Preds + Palues kg m/s kg m/s P = System Ptotal = Predi+ Puluei Total Potal kg m/s Praatal =

A. Collision Carts The objects involved in a collision are often considered as a system. Provided that the system of two objects is not experiencing a net external impulse, there would be no change in momentum of the system. If one object within the system loses momentum, it is gained by the other object within the system. The combined momentum of both objects would be conserved. Fill-in the blanks. Before Collision Mred -5 kg Uedi- 3 m/s Predi= malue- 1 kg Ualuei-0 m/s After Collision Mred = 5 kg Ureds = 2 m/s kg m/s Predf= AMomentum Apred = Predf- Predi Apred = Red Cart kg m/s kg m/s Blue malue = 1 kg Uluef Apslue = Poluef- Paluei Apsaae= Cart m/s kg m/s Paar-5 kg m/s Prtatal = Preds + Palues kg m/s kg m/s P = System Ptotal = Predi+ Puluei Total Potal kg m/s Praatal =

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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