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Forces Full Unit Review

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  • Name all of the types of contact force.
    Normal force, applied force, frictional force (friction), buoyant force (buoyancy).
  • Which force is this?
    magnetism
  • Which force is this?
    applied force
  • What do we need to have electrostatic force?
    A charge
  • Give an example of a type of deformation.
    Ex: Folding a piece of paper is plastic deformation and it's permanent.
  • What is gravity?
    The pull of the Earth (all objects)
  • What type of effect of force is this?
    shape
  • Name all of the types of non-contact force.
    Gravitational force (gravity), magnetic force (magnetism), electrostatic force
  • What type of effect of force is this?
    speed
  • Which force is this?
    buoyant force (buoyancy)
  • Give an example of applied force.
    Ex: kicking a ball
  • Which force is this?
    normal force
  • Name all of the types of deformations. Say which ones are temporary and which ones are permanent).
    Elastic (temporary), plastic (permanent), fracture (permanent).
  • How do 2 magnets attract?
    Magnets attract with opposite poles (North and South)
  • Which force is this?
    frictional force
  • What type of deformation is this? Is it permanent of temporary?
    plastic deformation, permanent
  • What is frictional force?
    The result of an object moving across a surface.
  • Give an example of an effect of force on an object.
    Ex: When a ball is coming to you and you kick it, you change the direction.
  • Which force is this?
    electrostatic
  • What is buoyancy?
    An object's capacity to float in water or rise in air.
  • Which force is this?
    gravity
  • What happens if we put 2 magnets together using the same pole (North pole + North Pole)?
    The repel each other
  • What type of deformation is this?  Is it permanent of temporary?
    elastic deformation, temporary
  • What are the 4 effects that force can have on an object?
    Position, Speed, Direction, Shape
  • What is normal force?
    A force that supports objects on a surface
  • What type of effect of force is this?
    position
  • What type of effect of force is this?
    direction
  • What type of deformation is this?  Is it permanent of temporary?
    fracture deformation, permanent