Column BColumn Aa. Newton's 3rd LawMutual action between two objects where eachobject exerts a force on the otherFor every action there is an equal and opposite1.b. momentum2.areactionC. Newton's 2nd LawThe time factor that slows down momentumgraduallyAn object in motion tends to stay in motion andan object at rest tends to stay at rest, unlessacted upon by an outside forceThe impulse is equal to the change inmomentum of the object that the impulse acts3.d. force pair4.e. velocity5.f. accelerationg. impulse-momentum relationshipon6.The mass of an object times its velocity (p=mv)h. Newton's 1st LawThe acceleration produced on an object isdirectly proportional to the net force, in thesame direction as the force, and inverselyproportional to the mass (a=F/m)The change in velocity of an object (can beeither positive or negative)The action and reaction forces (together) thatoccur in an interactionWhen we know both the speed and direction ofan object7.I. impulsej. interaction8.9.10.

Name: Column BColumn Aa. Newton's 3rd LawMutual action between two objects
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Description: Column BColumn Aa. Newton's 3rd LawMutual action between two objects where eachobject exerts a force on the otherFor every action there is an equal and opposite1.b. momentum2.areactionC. Newton's 2nd LawThe time factor that slows down momentumgradua

When two objects interact with each other, they will exert a force on one another, hence interaction…

Science

Physics

Column B Column A Mutual action between two objects where each object exerts a force on the other For every action there is an equal and opposite 1. a. Newton's 3rd Law b. momentum 2. a reaction C. Newton's 2nd Law The time factor that slows down momentum gradually An object in motion tends to stay in motion and an object at rest tends to stay at rest, unless acted upon by an outside force The impulse is equal to the change in momentum of the object that the impulse acts 3. d. force pair - e. velocity f. acceleration - g. impulse-momentum relationshi on 6. b The mass of an object times its velocity (p=mv) h. Newton's 1st Law 7. The acceleration produced on an object is directly proportional to the net force, in the C I. impulse same direction as the force, and inversely proportional to the mass (a=F/m) j. interaction The change in velocity of an object (can be either positive or negative) 8. The action and reaction forces (together) that occur in an interaction 9. When we know both the speed and direction of an object 10. 4. 5.

Column B Column A Mutual action between two objects where each object exerts a force on the other For every action there is an equal and opposite 1. a. Newton's 3rd Law b. momentum 2. a reaction C. Newton's 2nd Law The time factor that slows down momentum gradually An object in motion tends to stay in motion and an object at rest tends to stay at rest, unless acted upon by an outside force The impulse is equal to the change in momentum of the object that the impulse acts 3. d. force pair - e. velocity f. acceleration - g. impulse-momentum relationshi on 6. b The mass of an object times its velocity (p=mv) h. Newton's 1st Law 7. The acceleration produced on an object is directly proportional to the net force, in the C I. impulse same direction as the force, and inversely proportional to the mass (a=F/m) j. interaction The change in velocity of an object (can be either positive or negative) 8. The action and reaction forces (together) that occur in an interaction 9. When we know both the speed and direction of an object 10. 4. 5.

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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can you explain please?
Please help
Which of the following is NOT a condition for momentum to be conserved? A. The system must be closed or isolated. B. The net external force on the system must be zero. C. The mass of the system must remain constant during the interaction. D. The total kinetic energy of the system must remain constant.
A brick stands on the ground vertically, as shown. A ball made of clay with mass m is thrown with velocity v at the brick and sticks to it. Another ball made of aluminum but with the same mass m is also thrown with the same velocity v at the brick but instead bounces off of it. Which ball is more likely to knock the brick over? a. Not enough information. b. the clay ball c. the aluminum ball d. Both balls are equally likely to knock over the brick.
Consider two objects of the same mass. If a force of 100 N ask on the first for a duration of 1 s and on the other for a duration of 2 s, which statement is true. A. Neither objects will experience a change in the momentum. B. The first object will acquire more momentum. C. Both objects will acquire the same momentum. D. The second object will acquire more momentum.
12. Why do guns recoil when a bullet is fired? CHOOSE THE LETTER OF THE CORRECT ANSWER ONLY! A. Because of Newtons Second Law of Motion B. Because of conservation of momentum C. Because of the high speed of the bullet D. Because of the expansion of gasses inside the gun’s barrel E. None of the above.
Which of the following objects has the most momentum? A. A baseball moving at 45 m/s B. A freshman running down the hall to avoid tardy sweeps C. The school D. A train traveling at 45 miles per hour
18. If car A has a greater momentum than car B, what will happen to both vehicles immediately after they collide? A. They will travel to the right. B. They will travel to the left. C. They will stop immediately. D. It cannot be determined from this information. 19. If both cars are travelling the same speed and car B has a greater mass, what will happen to both vehicles after they collide? A. They will travel to the right. B. They will travel to the left. C. They will stop immediately. D. It cannot be determined from this information.
A- Using the equation f=mv/t and the example problem given in the leture answer the following problem. A kick-ball of mass 0.5 kilograms is moving at 4 meters/second after being kicked. The kick lasted 2 seconds. How much force was used to kick the ball?_____newton. B- Ft=mv. impulse = momentum. Due to this formula gymniats practice on thick mats. The mats increase the time that it takes for the gymnast to come to a stop. Thus decreasing the forces acting on the gymnast. (True or False)
5. *A ball of mass 6.5 kg moving with a speed of 15 m/s to the right collides head-on with a 3.5 kg ball which is at rest. If the collision is elastic, what is the speed and direction of each ball after the collision?
1. *A ball of mass 0.34 kg moving with a speed of 2.7 m/s to the right collides head on with a 0.24 kg ball at rest. If the collision is elastic, what is the speed and direction of each ball after the collision?