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1 physics
an answer 2 Acceleration =
Change in Velocity / Time Taken
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1 physics
an answer 2 Acceleration =
3 Friction 4 Vector Quantity
Change in Velocity / Time Taken
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1 physics
an answer 2 Acceleration =
PhysicsChange
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Friction 4
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Vector Quantity
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1 an answer Acceleration = 2
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Vector Quantity 4
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Terms in this set (74) Choose
1 physics
an answer 2 Acceleration =
3 Friction 4 Vector Quantity
Question: Answer:
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Terms in this set (74) 1 physics 2 Acceleration =
physics 3 Friction 4 Vector
the most basic science that Quantity
examines the fundamental laws relating matter and energy
Don't know?
and is called the "mother" of all sciences.
Terms in this set (74)
physics 3 Friction 4 Vector
the most basic science that Quantity
examines the fundamental laws relating matter and energy
Don't know?
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Question:
Terms in this set (74) Answer:
hypotheses about certain aspects of the natural world.
physics the most basic science that examines the fundamental laws relating matter and energy
Don't know?
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Terms in this set (74)
force a push or pull
hypotheses about certain aspects of the natural world.
physics the most basic science that examines the fundamental laws relating matter and energy
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Terms in this set (74)
net force
force combination
a push or of
pull all forces on an object
Question: hypotheses about certain aspects of the natural world.
Answer:
physics the most basic science that examines the fundamental laws relating matter and energy
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Vector
net
force Quantity
force a quantity
combination
a that
push or pull
hypotheses ofneeds
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forces magnitude
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aspects andnatural
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world.
physics the most basic science that examines the fundamental laws relating matter and energy
an example of a vector quantity.
theory a synthesis
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is called a large bodyofofall
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Vector
force Quantity
net force a
a quantity
combination
push or
hypotheses that
ofneeds
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about bothon
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forces magnitude
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aspects andnatural
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world.
Question: Answer:
Scalar Quantity a quantity that can be described
an example of a vector quantity. by magnitude only and has no direction. (less
theory a synthesis of a large body of information that encompasses well-tested and verified
descriptive)
Vector
net Quantity
force
force a quantity
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force a
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Question: Answer:
Scalar Quantity a quantity
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descriptive)
Vector Quantity
net force a quantity thatofneeds
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Scalar Quantity a quantity
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of can be described
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Question: Answer:
descriptive)
Scalar Quantity a quantity that can be described by magnitude only and has no direction. (less
descriptive)
Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
equilibrium. (cruise control on a car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Mechanical Equilibrium a state wherein
equilibrium. no physical
(cruise changes
control on a car) occur; it is a state of steadiness. (a parked car)
Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Support Force
Mechanical Equilibrium an
a upward
state force
wherein
equilibrium. that
no
(cruise balances
physical
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changes
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car) occur;ofitan
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state of a surface (a parked car)
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no more
that vectors
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physical the weight
changes occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Question: Answer:
Perpendicular
Support Force force
Resultant normal
the sumforce is or
of two
an upward forcethe ________
more
that ________the weight of an object on a surface
vectors
balances
Pythagorean
Resultant Theorem.
Perpendicular force a2+b2=c2 how doforce
normal
the sum uofcalculate
is or
two the resultant?
themore
________ ________
vectors
Friction
Pythagorean
PerpendicularTheorem.
force a2+b2=c2 the
how nameu given
doforce
normal to the
calculate
is the theforce that acts between materials that touch as they move past
resultant?
________ ________
each other
, equilibrium. (cruise control on a car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Mechanical Equilibrium a state wherein
equilibrium. no physical
(cruise changes
control on a car) occur; it is a state of steadiness. (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Support
Mechanical
Question: Force
Equilibrium an upward
a state force
wherein
equilibrium.
Answer: that
no
(cruise balances
physical
control athe
changes
on weight
car) occur;ofitan
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state of a surface (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Resultant
Support Force
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a sumwherein
anstate
upwardof two
equilibrium. or
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(cruisemore
that vectors
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changes
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Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Perpendicular
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Equilibrium normal
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vectors
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changes
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car) occur;ofitan
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Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 how
the
an dowherein
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equilibrium. no
(cruise physical
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changes
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car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 the
how name
normal
the
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calculate
is or
force the the
the force
________
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resultant?
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vectors
balances acts between materials onthat touch as they move past
Mechanical
Question: Equilibrium a state
equilibrium.
Answer: no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
each other
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction Force
Pythagorean
Perpendicular
Resultant
Support Theorem.
force a2+b2=c2 theupward
how name
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calculate
forcetwo to
is or
force the the
the
more
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resultant?
________ ________
vectors
balances acts between materials onthat touch as they move past
Mechanical Equilibrium a state
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Inertia the
eachproperty
other of a body to resist changes in its state of motion
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support ForceTheorem.
force a2+b2=c2 the
how name
normal
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an sum uofgiven
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calculate
force
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is or
force the the
the force
________
more
that that
resultant?
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vectors
balances acts between materials onthat touch as they move past
Mechanical
Question: Equilibrium a state
Answer:
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Newton's
Inertia First Law every
the object
property
each other continues
of a body in
to a state
resist of rest,
changes or
in of
its uniform
state of speed
motion in a straight line, unless
Equilibrium Rule Whenever
acted on by the net forcenet
a nonzero on force
an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 the
how name
normal
the
an sum uofgiven
dowherein
calculate
force
upward two to
is or
force the the
the force
________
more
that that
resultant?
________
vectors
balances acts between materials onthat touch as they move past
Mechanical Equilibrium a state
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Newton's First Law
Inertia every
the
each object continues
property
other of a body in to aresist
statechanges
of rest, or
in of
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state of speed
motionin a straight line, unless
Mass the quantity
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object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
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Support Force Theorem.
force a2+b2=c2 the
how name
normal
the sum
anstate uofgiven
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force
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calculate
is or
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the force
________
more
that that acts
resultant?
________
vectors
balances between materials that touch as they move past
Mechanical Equilibrium a
MATTER WHAT no
THE physical
FORCE OFthe
changes weight
occur;
GRAVITY ofitmeasured
IS. an
is aobject on
state of a surface
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in kg (a parked car)
Newton's
Inertia First Law every
the object continues
eachproperty
other of a body in to aresist
statechanges
of rest, or
in of
its uniform
state of speed
motionin a straight line, unless
Question: Answer:
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
Perpendicular Theorem.
force a2+b2=c2 the
how name
do
normal given
uof
calculateto the
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resultant? acts between anmaterials that touch as they move past
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Support
Weight the
an sum
force
MATTER offorce
upward twois or
force
gravity
WHAT the
on
THE ________
more
that
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vectors
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object.
FORCE OF the weight
measured
GRAVITY of
inIS. object on
newtons.
measured a surface
in kg
Newton's
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object
the property
each continues in a state of rest, or of uniform speed
Mass the
acted on by of
quantity matter innet
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Friction
Pythagorean
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Resultant
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how name
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normal
the
SI sum
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calculate
force
for twois
force. to more
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or the force
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vectors
Weight force of gravity on
MATTER WHAT THE FORCE OF an measured
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measured in kg
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Inertia every
the
each object continues
property
other of a body in to aresist
statechanges
of rest, orin of
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state of speed
motionin a straight line, unless
Question: Answer:
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
Perpendicular
Newton's
Newton SecondTheorem.
Law a2+b2=c2
force the
how name
do
normal
when given
ugravity to the
calculate
anforce is the
unbalanced the force thaton
resultant?
________
force ________
acts acts
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object, materials
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touch as they move past
Weight SI unite
force
MATTER of for force.
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object. DOES NOT CHANGE ON ANOTHER PLANET NO
Question:
Friction Answer:
the name given to theforce
force that acts
Constant
Weight Velocity
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Newton Third
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when
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every
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move past
moving)
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changes or
in of
its uniform
state of speed
motion in a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Average
ConstantSpeed
Newton's Velocity
Third
Second LawLaw total
for
when distance/total
theunite
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every net on
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isequal
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and opposite
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MATTER of force.
gravity
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the object continues
property of a body in to aresist
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Mass the quantity
acted on by of matter innet
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Average Speed
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every net on
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Question: SI unite
force
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gravity
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newtons.
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Mass the quantity
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Newton
Question:
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object will be accelerated.
Question: Answer:
Average Speed
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Constant Velocity totalobject's
the distance/total time
net force is equal to zero (could be moving or could not be moving)
Average Speed total distance/total time
1 physics
an answer 2 Acceleration =
Change in Velocity / Time Taken
Learn 1 /7 Study with Learn
Choose
1 physics
an answer 2 Acceleration =
3 Friction 4 Vector Quantity
Change in Velocity / Time Taken
Choose
1 physics
an answer 2 Acceleration =
PhysicsChange
Semester 3
1,Taken
in Velocity / Time Physics, Physics | Questions with 100%
Friction 4
Don't know?
Vector Quantity
physics Choose
1 an answer Acceleration = 2
Verified
Friction 3 Answers | Latest Update 2026/2027
Vector Quantity 4
Don't know?
Terms in this set (74) Choose
1 physics
an answer 2 Acceleration =
3 Friction 4 Vector Quantity
Question: Answer:
Don't know?
Terms in this set (74) 1 physics 2 Acceleration =
physics 3 Friction 4 Vector
the most basic science that Quantity
examines the fundamental laws relating matter and energy
Don't know?
and is called the "mother" of all sciences.
Terms in this set (74)
physics 3 Friction 4 Vector
the most basic science that Quantity
examines the fundamental laws relating matter and energy
Don't know?
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Question:
Terms in this set (74) Answer:
hypotheses about certain aspects of the natural world.
physics the most basic science that examines the fundamental laws relating matter and energy
Don't know?
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Terms in this set (74)
force a push or pull
hypotheses about certain aspects of the natural world.
physics the most basic science that examines the fundamental laws relating matter and energy
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Terms in this set (74)
net force
force combination
a push or of
pull all forces on an object
Question: hypotheses about certain aspects of the natural world.
Answer:
physics the most basic science that examines the fundamental laws relating matter and energy
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Vector
net
force Quantity
force a quantity
combination
a that
push or pull
hypotheses ofneeds
about bothon
all certain
forces magnitude
an object
aspects andnatural
of the direction for a complete description. Force is
world.
physics the most basic science that examines the fundamental laws relating matter and energy
an example of a vector quantity.
theory a synthesis
and ofthe
is called a large bodyofofall
"mother" information
sciences. that encompasses well-tested and verified
Vector
force Quantity
net force a
a quantity
combination
push or
hypotheses that
ofneeds
pull
about bothon
all certain
forces magnitude
an object
aspects andnatural
of the direction for a complete description. Force is
world.
Question: Answer:
Scalar Quantity a quantity that can be described
an example of a vector quantity. by magnitude only and has no direction. (less
theory a synthesis of a large body of information that encompasses well-tested and verified
descriptive)
Vector
net Quantity
force
force a quantity
combination
a that
push or pull
hypotheses ofneeds
about bothon
all certain
forces magnitude
an object
aspects andnatural
of the direction for a complete description. Force is
world.
Scalar Quantity a
anquantity
example that
of can be described
a vector quantity. by magnitude only and has no direction. (less
descriptive)
Vector
net Quantity
force
force a
a quantity
combinationthatofneeds
push or pull bothon
all forces magnitude
an objectand direction for a complete description. Force is
Question: Answer:
Scalar Quantity a quantity
an example that
of can be described
a vector quantity. by magnitude only and has no direction. (less
descriptive)
Vector Quantity
net force a quantity thatofneeds
combination bothon
all forces magnitude
an objectand direction for a complete description. Force is
Scalar Quantity a quantity
an example that
of can be described
a vector quantity. by magnitude only and has no direction. (less
descriptive)
Vector Quantity a quantity that needs both magnitude and direction for a complete description. Force is
Scalar Quantity a
anquantity
example that
of can be described
a vector quantity. by magnitude only and has no direction. (less
Question: Answer:
descriptive)
Scalar Quantity a quantity that can be described by magnitude only and has no direction. (less
descriptive)
Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
equilibrium. (cruise control on a car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Mechanical Equilibrium a state wherein
equilibrium. no physical
(cruise changes
control on a car) occur; it is a state of steadiness. (a parked car)
Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Support Force
Mechanical Equilibrium an
a upward
state force
wherein
equilibrium. that
no
(cruise balances
physical
control athe
changes
on weight
car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Resultant
Support Force
Mechanical Equilibrium the
an sumwherein
a state of two
upward forceor
no more
that vectors
balances
physical the weight
changes occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Question: Answer:
Perpendicular
Support Force force
Resultant normal
the sumforce is or
of two
an upward forcethe ________
more
that ________the weight of an object on a surface
vectors
balances
Pythagorean
Resultant Theorem.
Perpendicular force a2+b2=c2 how doforce
normal
the sum uofcalculate
is or
two the resultant?
themore
________ ________
vectors
Friction
Pythagorean
PerpendicularTheorem.
force a2+b2=c2 the
how nameu given
doforce
normal to the
calculate
is the theforce that acts between materials that touch as they move past
resultant?
________ ________
each other
, equilibrium. (cruise control on a car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Mechanical Equilibrium a state wherein
equilibrium. no physical
(cruise changes
control on a car) occur; it is a state of steadiness. (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Support
Mechanical
Question: Force
Equilibrium an upward
a state force
wherein
equilibrium.
Answer: that
no
(cruise balances
physical
control athe
changes
on weight
car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Resultant
Support Force
Mechanical Equilibrium the
a sumwherein
anstate
upwardof two
equilibrium. or
forceno
(cruisemore
that vectors
balances
physical
control athe
changes
on weight
car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Perpendicular
Resultant
Support
MechanicalForce force
Equilibrium normal
the
an
a state force
sumwherein
upwardof two
equilibrium. is or
force the
no
(cruise ________
more
that ________
vectors
balances
physical
control athe
changes
on weight
car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Question: Answer:
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 how
the
an dowherein
normal
sum
upwarduofcalculate
forcetwois or
force the the
more
that resultant?
________ ________
vectors
balances
Mechanical Equilibrium a state
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject onsteadiness.
state of a surface (a parked car)
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 the
how name
normal
the
an sum uofgiven
dowherein
force
upward two to
calculate
is or
force the the
the force
________
more
that that
resultant?
________
vectors
balances acts between materials onthat touch as they move past
Mechanical
Question: Equilibrium a state
equilibrium.
Answer: no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
each other
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction Force
Pythagorean
Perpendicular
Resultant
Support Theorem.
force a2+b2=c2 theupward
how name
normal
the
an sum uofgiven
dowherein
calculate
forcetwo to
is or
force the the
the
more
that force that
resultant?
________ ________
vectors
balances acts between materials onthat touch as they move past
Mechanical Equilibrium a state
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Inertia the
eachproperty
other of a body to resist changes in its state of motion
Equilibrium Rule Whenever the net force on an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support ForceTheorem.
force a2+b2=c2 the
how name
normal
the
an sum uofgiven
dowherein
calculate
force
upward two to
is or
force the the
the force
________
more
that that
resultant?
________
vectors
balances acts between materials onthat touch as they move past
Mechanical
Question: Equilibrium a state
Answer:
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Newton's
Inertia First Law every
the object
property
each other continues
of a body in
to a state
resist of rest,
changes or
in of
its uniform
state of speed
motion in a straight line, unless
Equilibrium Rule Whenever
acted on by the net forcenet
a nonzero on force
an object is zero, the object is said to be in mechanical
Friction
Pythagorean
Perpendicular
Resultant
Support Theorem.
Force force a2+b2=c2 the
how name
normal
the
an sum uofgiven
dowherein
calculate
force
upward two to
is or
force the the
the force
________
more
that that
resultant?
________
vectors
balances acts between materials onthat touch as they move past
Mechanical Equilibrium a state
equilibrium. no
(cruise physical
control athe
changes
on weight
car) occur;ofitan
is aobject
state of a surface
steadiness. (a parked car)
Newton's First Law
Inertia every
the
each object continues
property
other of a body in to aresist
statechanges
of rest, or
in of
its uniform
state of speed
motionin a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
Perpendicular
Resultant
Support Force Theorem.
force a2+b2=c2 the
how name
normal
the sum
anstate uofgiven
dowherein
force
upward two to
calculate
is or
force the the
the force
________
more
that that acts
resultant?
________
vectors
balances between materials that touch as they move past
Mechanical Equilibrium a
MATTER WHAT no
THE physical
FORCE OFthe
changes weight
occur;
GRAVITY ofitmeasured
IS. an
is aobject on
state of a surface
steadiness.
in kg (a parked car)
Newton's
Inertia First Law every
the object continues
eachproperty
other of a body in to aresist
statechanges
of rest, or
in of
its uniform
state of speed
motionin a straight line, unless
Question: Answer:
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
Perpendicular Theorem.
force a2+b2=c2 the
how name
do
normal given
uof
calculateto the
the force that
resultant? acts between anmaterials that touch as they move past
ResultantForce
Support
Weight the
an sum
force
MATTER offorce
upward twois or
force
gravity
WHAT the
on
THE ________
more
that
an ________
vectors
balances
object.
FORCE OF the weight
measured
GRAVITY of
inIS. object on
newtons.
measured a surface
in kg
Newton's
Inertia First Law every other of a body to resist changes in its state of motionin a straight line, unless
object
the property
each continues in a state of rest, or of uniform speed
Mass the
acted on by of
quantity matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
PerpendicularTheorem.
Resultant
Newton force a2+b2=c2 the
how name
do
normal
the
SI sum
unite given
uof
calculate
force
for twois
force. to more
the
or the force
theobject.
________ that acts between materials that touch as they move past
resultant?
________
vectors
Weight force of gravity on
MATTER WHAT THE FORCE OF an measured
GRAVITYinIS. newtons.
measured in kg
Newton's First Law
Inertia every
the
each object continues
property
other of a body in to aresist
statechanges
of rest, orin of
its uniform
state of speed
motionin a straight line, unless
Question: Answer:
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction
Pythagorean
Perpendicular
Newton's
Newton SecondTheorem.
Law a2+b2=c2
force the
how name
do
normal
when given
ugravity to the
calculate
anforce is the
unbalanced the force thaton
resultant?
________
force ________
acts acts
anbetween
object, materials
the object that be
touch as they move past
Weight SI unite
force
MATTER of for force.
WHAT on an
THE object.
FORCE OFmeasured
GRAVITY inIS.
newtons.
measured inwill
kg accelerated.
Newton's First Law
Inertia every
the
each object continues
property
other of a body in to aresist
statechanges
of rest, or
in of
its uniform
state of speed
motionin a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Friction Second
Pythagorean
Newton's Theorem.
LawLaw a2+b2=c2 theunite
how name
do given
ugravity to
calculate the
the force thaton
isresultant? acts
anbetween materials that be
touch as they move past
Weight Third
Newton for
when
SI every
force
MATTER anfor
of action,
force.
WHAT there
unbalanced
on
THE anforce an acts
object.
FORCE equal
OF and
measured
GRAVITYopposite
object,
inIS. the
newtons.reaction.
object
measured inwill
kg accelerated.
Newton's First Law
Inertia every
the object continues
eachproperty
other of a body in to aresist
statechanges
of rest, orin of
its uniform
state of speed
motionin a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Question:
Friction Answer:
the name given to theforce
force that acts
Constant
Weight Velocity
Newton's
Newton Third
Second LawLaw for
when
SI object's
every
an
unite
MATTER
net
action,force
there
unbalanced
for force.
force of gravity
WHAT THEon an is
is equal
an
object.
FORCE
toon
equal
acts
OF anbetween
zero
and
measured (could
GRAVITYopposite
object,
inIS. be materials
the
newtons.moving
reaction.
object
measured
that
or
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touch
could asbe
not they
kg be accelerated.
move past
moving)
Newton's
Inertia First Law every
the object
property
each other continues
of a body in
to a state
resist of rest,
changes or
in of
its uniform
state of speed
motion in a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Average
ConstantSpeed
Newton's Velocity
Third
Second LawLaw total
for
when distance/total
theunite
object's
every net on
action,
anfor time
force
there
unbalanced is
isequal
forcean actstoon
equal zero
an (could
and opposite
object, be moving
thereaction.
object or could not be moving)
Newton
Weight SI
force
MATTER of force.
gravity
WHAT THEan object.
FORCE OFmeasured
GRAVITY inIS.
newtons.
measured inwill
kg be accelerated.
Newton's First Law
Inertia every
the object continues
property of a body in to aresist
statechanges
of rest, or
in of
its uniform
state of speed
motionin a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Average Speed
Constant
Newton's Velocity
Third
Second LawLaw total
the
for
when distance/total
object's
every net on
action,
anfor time
force
there
unbalanced is
isequal
force toon
an acts
equal zero
an (could
and be
opposite
object, moving
thereaction.
object or could not be moving)
Newton
Weight
Question: SI unite
force
MATTER
Answer:of force.
gravity
WHAT THEan object.
FORCE measured
OF GRAVITY inIS.
newtons.
measured inwill
kg be accelerated.
Newton's First Law every object continues in a state of rest, or of uniform speed in a straight line, unless
Mass the quantity
acted on by of matter innet
a nonzero an force
object. DOES NOT CHANGE ON ANOTHER PLANET NO
Average
ConstantSpeed
Newton's Velocity
Third
SecondLawLaw total
the
for
when distance/total
object's
every net on
action,
anfor time
force
there
unbalanced is
isequal
force toon
an acts
equal zero
an (could
and be
opposite
object, moving
thereaction.
object or could not be moving)
Newton
Weight SI unite
force
MATTER of force.
gravity
WHAT THEan object.
FORCE measured
OF GRAVITY inIS.
newtons.
measured inwill
kg be accelerated.
Mass the quantity of matter in an object. DOES NOT CHANGE ON ANOTHER PLANET NO
Average
ConstantSpeed total distance/total time
Weight Velocity
Newton's
Newton
Question:
Third
SecondLawLaw the
for
when
SI object's
every
MATTER
Answer:anfor
unite
force of net on
action,force
there
unbalanced
force.
gravity
WHAT THEan is
isequal
force
object.
FORCE
toon
an acts
equal zero
an (could
and
measured
OF GRAVITYobject,
inIS. be
opposite moving
thereaction.
newtons. object
measured
or could
inwill
not be moving)
kg be accelerated.
Average
Newton Speed
Constant
Newton's Velocity
Third
SecondLawLaw total
the
for
when distance/total
object's
every net on
action,
anfor time
force
there
unbalanced is
isequal toon
an acts
equalzero
an (could
and be
opposite moving
object or
thereaction. willcould not be moving)
Weight SI unite
force of force.
gravity anforce
object. measured object,
in newtons. be accelerated.
Average Speed
Constant
Newton's
Newton Velocity
Third
SecondLawLaw totalobject's
the
for
when
SI distance/total
every
anfor
unite time
net force
action, is equal to zero (could be moving or could not be moving)
force.thereforce
unbalanced is an acts
equalonand opposite
an object, thereaction.
object will be accelerated.
Question: Answer:
Average Speed
Constant
Newton's Velocity
Third
SecondLawLaw total
the distance/total
object's
for every
when net force
action, time
there
an unbalanced isisequal
force toon
an acts
equalzero
an (could
and be
opposite
object, moving
object or
thereaction. willcould not be moving)
be accelerated.
Average
ConstantSpeed
Newton's Velocity
Third Law total
for distance/total
the every
object's net force
action, time
there isisequal to zero
an equal and (could be reaction.
opposite moving or could not be moving)
Average Speed
Constant Velocity totalobject's
the distance/total time
net force is equal to zero (could be moving or could not be moving)
Average Speed total distance/total time
