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A cue ball rolls toward a billiard ball with a velocity of 1.0 m/s east. Both balls have identical masses. What happens to the total momentum after the two balls collide?
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
When a moving bumper car collided with a bumber car at rest, which of the following occurs?
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
Which of the following is NOT an example of projectile motion?
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
According to Newton's first law of motion, a moving object that is not acted on by an unbalanced force will
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
Which of the following objects has the least acceleration?
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
Why do astronauts in orbiting spacecraft appear weightless?
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
If a tennis ball, a solid rubber ball, and a solid steel ball were dropped at the same time from the same height, which would hit the ground first? (assume there is no air resistance)
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
Orbital motion is a combination of forward motion and
remain in motion
it is equal to the momentum before the collision
Momentum is transferred to the car at rest
the astronauts are in free fall along with the spaceship
all would hit at the same time
free fall
the path of a crate sliding along flat ground
a full shopping cart pushed with a light force
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