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    Physics Chapter 10 Flashcards

    Study with Quizlet and memorize flashcards terms like Consider a plot of the displacement (x) as a function of the applied force (F) for an ideal elastic spring. The slope of the curve would be, Is it possible for a system to have negative potential energy?, On a smooth horizontal floor, an object slides into a spring which is attached to another mass that is initially stationary. When the spring is most compressed, both objects are moving at the same speed. Ignoring friction, what is conserved during this interaction? and more.

    Physics Chapter 10

    Consider a plot of the displacement (x) as a function of the applied force (F) for an ideal elastic spring. The slope of the curve would be

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    the reciprocal of the spring constant

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    Is it possible for a system to have negative potential energy?

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    Yes, since the choice of the zero of potential energy is arbitrary

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    Terms in this set (9)

    Consider a plot of the displacement (x) as a function of the applied force (F) for an ideal elastic spring. The slope of the curve would be

    the reciprocal of the spring constant

    Is it possible for a system to have negative potential energy?

    Yes, since the choice of the zero of potential energy is arbitrary

    On a smooth horizontal floor, an object slides into a spring which is attached to another mass that is initially stationary. When the spring is most compressed, both objects are moving at the same speed. Ignoring friction, what is conserved during this interaction?

    momentum and mechanical energy

    A baseball is thrown vertically upward and feels no air resistance. As it is rising

    its momentum is not conserved, but its mechanical energy is conserved

    In a perfectly ELASTIC collision between two perfectly rigid objects

    both the momentum and the kinetic energy of the system are conserved

    In an INELASTIC collision between two objects

    the momentum of the system is conserved but the kinetic energy of the system is not conserved

    A shell explodes into two fragments, one fragment 25 times heavier than the other. If any gas from the explosion has negligible mass, then

    the momentum change of the lighter fragment is exactly the same as the momentum change of the heavier fragment

    Jacques and George meet in the middle of a lake while paddling in their canoes. They come to a complete stop and talk for a while. When they are ready to leave, Jacques pushes George's canoe with a force to separate the two canoes. What is correct to say about the final momentum and kinetic energy of the system if we can neglect any resistance due to the water?

    the final momentum is in the direction opposite of F but the final kinetic energy is zero

    A 1.0-kg block and a 2.0-kg block are pressed together on a horizontal frictionless surface with a compressed very light spring between them. They are not attached to the spring. After they are released and have both moved free of the spring

    the lighter block will have more kinetic energy than the heavier block

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    In a perfectly ELASTIC collision between two perfectly rigid objects. a) The momentum of each object is conserved. b) The kinetic energy of each object is conserved. c) The momentum of the system is conserved but the kinetic energy of the system is not co

    Answer to: In a perfectly ELASTIC collision between two perfectly rigid objects. a) The momentum of each object is conserved. b) The kinetic energy of each...

    Inelastic collision

    In a perfectly ELASTIC collision between two perfectly rigid objects. a) The momentum of each...

    In a perfectly ELASTIC collision between two perfectly rigid objects. a) The momentum of each... Question:

    In a perfectly ELASTIC collision between two perfectly rigid objects, _____.

    a) The momentum of each object is conserved.

    b) The kinetic energy of each object is conserved.

    c) The momentum of the system is conserved but the kinetic energy of the system is not conserved.

    d) Both the momentum and the kinetic energy of the system are conserved.

    e) The kinetic energy of the system is conserved, but the momentum of the system is not conserved.

    Collision:

    A collision is an event in which two or more objects interact with each other for a short amount of time. The interaction can take place by contact or non-contact forces.

    During a collision, the two objects exchange momentum and kinetic energy. The final momentum and kinetic energies of the object depends on their initial momentum, kinetic energy, and the nature of collision.

    Answer and Explanation:

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    A , or simply is a collision ion which both the momentum as well as the kinetic energy of the objects...

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    Learn more about this topic:

    Elastic and Inelastic Collisions: Difference and Principles

    from

    Chapter 9 / Lesson 4

    20K

    Elastic and inelastic are the two types of collisions that follow the law of conservation of momentum. Learn about the principles of collisions/momentum and the difference between elastic and inelastic collisions.

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    In a perfectly elastic collision between two perfectly rigid objects the kinetic energy of the system is conserved, but the momentum of the system is not conserved. the momentum of each object is conserved. O both the momentum and the kinetic energy of the system are conserved. the kinetic energy of each object is conserved. the momentum of the system is conserved but the kinetic energy of the system is not conserved.

    In a perfectly elastic collision between two perfectly rigid objects the kinetic energy of the system is conserved, but the momentum of the system is not conserved. the momentum of each object is conserved. O both the momentum and the kinetic energy of the system are conserved. the kinetic energy of each object is conserved. the momentum of the system is conserved but the kinetic energy of the system is not conserved.

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    7.  Please explain the answer.

    Transcribed Image Text:In a perfectly elastic collision between two perfectly rigid objects the kinetic energy of the system is conserved, but the momentum of the system is not conserved. the momentum of each object is conserved. both the momentum and the kinetic energy of the system are conserved. the kinetic energy of each object is conserved. the momentum of the system is conserved but the kinetic energy of the system is not conserved.

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