newton’s laws review game. the force you have to overcome to start an object moving...
TRANSCRIPT
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Newton’s Laws
Review game
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The force you have to overcome to start an object moving is_____________________.
a. Rolling frictionb. Static frictionc. Sliding frictiond. Air resistance
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b. Static Friction
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Which label goes on the horizontal axis?
a. Distanceb.Forcec. Massd.Acceleration
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a. Distance
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Which of the following is an example of a noncontact force?
a. Musician playing pianob. Athlete hitting a ball with a batc. A ball falling after you toss it in the aird. Karate expert breaking a stake of wood
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c. A ball falling after you toss it in the air.
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An object’s weight is ________ its mass.
a. Equal tob. Less thanc. Proportional tod. Greater than
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c. Proportional
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An arrow can be used to represent a force. The length of the arrow
represents ____________.
a. Direction of the forceb. Strength of the forcec. Mass of the forced. Acceleration of the force
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b. Strength of the force
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A skater slowing as she slides across the ice is an example of
___________.
a. Inertiab. Momentumc. Frictiond. Mass
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c. Friction
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A planet is discovered that is the same size as Earth and has the same gravitational
acceleration, but has twice the mass. If you weigh 700 N on Earth, on the new planet
you would weight__________.
a. 350 N b. 700 Nc. 1,400 Nd. 2,800 N
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c. 1,400 N
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Which of the following is a force?
a. Momentumb. Frictionc. Accelerationd. Velocity
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b. Friction
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The unit of force is _________.
a. m/sb. The hertzc. The jouled. The newton
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d. The newton
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Which of the following is an example of an unbalanced force?
a. Book sitting on a tableb. Car sitting in the garagec. Person on an elevator going downd. Person leaning on a wall
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c. Person on an elevator going down
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The force that opposes motion is ___________.
a. A balanced forceb. An unbalanced forcec. An accelerating forced. Friction
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d. Friction
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Which of the following is a force or motion that is involved in the
Moon orbiting Earth?
a. A force pulling the Moon towards the centerb. A speed at right angles to the line form the
mass of the Moon to the center of Earthc. Acceleration towards the center of Earthd. All of the above
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d. All of the above
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An unbalanced force acting on an object causes it to ___________.
a. Move at a constant speedb. Continue in a straight linec. Not change its velocityd. Accelerate
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d. Accelerate
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Forces that are equal in size but opposite in direction are __________.
a. Balanced forcesb. Frictional forcesc. Inertial forcesd. Net forces
30 N 30 N
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a. Balanced forces
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Which of the following is NOT and example of circular motion?
a. Car turning a cornerb. Yo-yo on a string going in a circlec. Car accelerating onto highwayd. The Moon’s path around Earth
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If gravity did NOT affect the path of a horizontally thrown ball, the ball
would ___________.
a. Go straight upb. Travel horizontallyc. Fall straight downd. Follow a curved path
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b. Travel horizontally
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Unbalanced forces can make an object accelerate by __________.
a. Changing its speedb. Changing its directionc. Both a and bd. Neither a nor b
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c. Both a and bchange its speed and direction
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When two birds are pulling on a worm and the worm moves
towards the first bird, you know that the forces are________.
a. Long-rangeb. Action-reactionc. Unbalancedd. Balances
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c. Unbalanced
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Which of the following keeps a satellite in orbit?
a. Frictional forceb. Kinetic forcec. Centripetal forced. Acceleration force
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c. Centripetal force
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We are able to walk forward because ____________.
a. We push on the airb. We push on the groundc. The air pushes on usd. The ground pushes on us
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d. The ground pushes on us
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A 3,000-N force gives an object an acceleration of 15 m/s. The mass of the object is ____________.
m=f/a
a. 45,000 kgb. 1,500 kgc. 200 kgd. 15 kg
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c. 200 kg
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The relationship among force, mass, and acceleration is stated in
___________.
a. The law of conservation of momentumb. Newton’s first law of motionc. Newton’s second law of motiond. Newton’s third law of motion
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c. Newton’s second law of motion
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A 300-N force acts on a 25- kg object. The acceleration of the object is ____________. a=f/m
a. 7,500 m/s^2b. 300 m/s^2c. 25 m/2^2d. 12 m/s^2
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d. 12 m/s^2
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According to Newton’s second law of motion, ___________.
a. F=mvb. F=m/ac. A=Fnet/md. F=ma
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d. F=ma
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An object of large mass has _____ than an object of small mass.
a. Less momentumb. More momentumc. Less weightd. Greater acceleration
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b. More momentum
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Which of the following is the equation for momentum?
a. P=m/vb. P=m X vc. P=v/md. P=w X s
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b. p= m X v
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A student hits a nail with a hammer. During the collision,
there is _____________.
a. A force on the hammer but not on the nailb. A force on the nail but not on the hammerc. A force on the nail and also on the hammerd. No force on either object in the collision
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c. A force on the nail and also on the hammer
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Which of the following best completes the phrase? For every
action there is ___________.
a. A reactionb. An equal reactionc. An opposite reactiond. An equal and opposite reaction
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d. An equal and opposite reaction
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Fred (m=67 kg) foolishly attempts to jump from a canoe (m=45 kg) to the dock. If he jumps forward with a speed of 3.3 m/s, how fast will the canoe move backwards
a. 2.2 m/sb. 22 m/sc. 4.9 m/sd. 49 m/s
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c. 4.9 m/s
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Whenever an object exerts a force on another object, the second object exerts a force of the same magnitude, but in the _________ direction to that of the first object.
a. Oppositeb. Samec. Right angled. Vertical
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a. Opposite