Matching
Match each item with the correct statement below.
Premises:
an object hanging from a spring can do this
motion in a straight line at constant speed
the speedometer reading on your car
the quantity describing how the speed of your car changes
the frequency of a body vibrating at the end of a spring
air resistance is one example
motion in a straight line with decreasing speed
the pitch of a note when a piano key is struck
As the radius of a turn being made by an aircraft increases, the centripetal acceleration on the aircraft
motion in a circle
needed to make an object move in a circle
motion in a straight line with increasing speed
the force exerted on a baseball by a baseball bat
the area of the sheet of paper you are looking at
a body falling through air
the distance between your school and your home
caused by the Moon's gravitational pull
simple harmonic motion
As a rocket is being launched into space with constant force (F), the acceleration
As the distance between two objects increases, the gravitational force
shape of the path of a projectile
the force of gravity acting on a body
a body reaching a terminal velocity
the volume of a 5 lb bag of sugar
the gravitational pull of the Earth on the Moon
your weight
An astronaut is being launched into space, the astronaut's mass
the quantity that measures the resistance of an object to being accelerated
keeps our feet from sliding as we walk
a measure of an object's resistance to acceleration
the reading on your watch
the mass of a baseball
air resistance
the force of air resistance leads to this
static and kinetic friction
a body not moving
Responses:
kinetic friction
parabola
zero net force
m/s
static friction
stays the same
terminal speed
simple harmonic motion
kg
N
Hz
m 2
ellipse
m 3
centripetal force
s
decreases
m/s 2
constant net force in the same direction as velocity
weight
field
increases
constant net force perpendicular to velocity
constant net force opposite to velocity
SI
mass
m
tides
restoring force proportional to displacement
net force decreasing with speed
circle
Correct Answer:
Premises:
Responses:
an object hanging from a spring can do this
motion in a straight line at constant speed
the speedometer reading on your car
the quantity describing how the speed of your car changes
the frequency of a body vibrating at the end of a spring
air resistance is one example
motion in a straight line with decreasing speed
the pitch of a note when a piano key is struck
As the radius of a turn being made by an aircraft increases, the centripetal acceleration on the aircraft
motion in a circle
needed to make an object move in a circle
motion in a straight line with increasing speed
the force exerted on a baseball by a baseball bat
the area of the sheet of paper you are looking at
a body falling through air
the distance between your school and your home
caused by the Moon's gravitational pull
simple harmonic motion
As a rocket is being launched into space with constant force (F), the acceleration
As the distance between two objects increases, the gravitational force
shape of the path of a projectile
the force of gravity acting on a body
a body reaching a terminal velocity
the volume of a 5 lb bag of sugar
the gravitational pull of the Earth on the Moon
your weight
An astronaut is being launched into space, the astronaut's mass
the quantity that measures the resistance of an object to being accelerated
keeps our feet from sliding as we walk
a measure of an object's resistance to acceleration
the reading on your watch
the mass of a baseball
air resistance
the force of air resistance leads to this
static and kinetic friction
a body not moving
Premises:
an object hanging from a spring can do this
motion in a straight line at constant speed
the speedometer reading on your car
the quantity describing how the speed of your car changes
the frequency of a body vibrating at the end of a spring
air resistance is one example
motion in a straight line with decreasing speed
the pitch of a note when a piano key is struck
As the radius of a turn being made by an aircraft increases, the centripetal acceleration on the aircraft
motion in a circle
needed to make an object move in a circle
motion in a straight line with increasing speed
the force exerted on a baseball by a baseball bat
the area of the sheet of paper you are looking at
a body falling through air
the distance between your school and your home
caused by the Moon's gravitational pull
simple harmonic motion
As a rocket is being launched into space with constant force (F), the acceleration
As the distance between two objects increases, the gravitational force
shape of the path of a projectile
the force of gravity acting on a body
a body reaching a terminal velocity
the volume of a 5 lb bag of sugar
the gravitational pull of the Earth on the Moon
your weight
An astronaut is being launched into space, the astronaut's mass
the quantity that measures the resistance of an object to being accelerated
keeps our feet from sliding as we walk
a measure of an object's resistance to acceleration
the reading on your watch
the mass of a baseball
air resistance
the force of air resistance leads to this
static and kinetic friction
a body not moving
Responses:
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