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NLN PAX MATH |2025 Update|Complete Frequently Tested Questions And Verified Answers With Rationales|100% Accurate Answers | Already Graded A+|Get it right!!$22.99
NLN PAX MATH |2025 Update|Complete Frequently Tested Questions And Verified Answers With Rationales|100% Accurate Answers | Already Graded A+|Get it right!!
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NLN PAX MATH |2025 Update|Complete Frequently Tested Questions And Verified Answers With Rationales|100% Accurate Answers | Already Graded A+|Get it right!!
1/12/25, 9:20 AM NLN PAX MATH |2025 Update|Complete Frequently Tested Questions And Verified Answers With Rationales|100% Accurate A…
NLN PAX MATH |2025 Update|Complete
Frequently Tested Questions And Verified
Answers With Rationales|100% Accurate
Answers | Already Graded A+|Get it right!!
Terms in this set (246)
- it refers to the distance that a object is from its
Displacement
starting point
- when an object is motion its displacement is
constantly changing
Motion
- it is describe by displacement, velocity, and
acceleration
- refers to the distance traveled
by an object per unit of time.
Speed
- refers to speed in a given
direction; therefore it tells us
velocity two things about a moving
object: its speed and its
direction
- refers to to any change of
velocity either positive or
acceleration
negative.
- refers to the negative acceleration or a decrease in
deceleration
velocity and can cause a change in direction
, 1/12/25, 9:20 AM NLN PAX MATH |2025 Update|Complete Frequently Tested Questions And Verified Answers With Rationales|100% Accurate A…
- is equal to the mass of an object multiplied by its
velocity
momentum
- Momentum = (Mass)(Velocity)
- States that the total momentum of an isolated
system is always constant
conservation of -Ex: during a collision between two bodies, the
momentum momentum of each body changes, but the total
momentum is is conserved. One object may lose
momentum, but the momentum lost by the object is
gained by the other.
- velocity and acceleration can both be described
vector using vectors because they both have magnitude
and direction.
- states that objects in motion tend to stay in motion
Newton's First Law
and that objects at rest tend to stay at rest
- is the property of matter that
resist any change in motion
inertia
- describes the relationship
between force, mass,and
acceleration.
Newton's second law
- it states that force is applied
on an object equals the mass
of the object times its
acceleration
force F= ma
- (N) is the unit that represents
a force that accelerates a mass
newton
of 1 kilogram 1 meter per
second
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