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REST

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Gravity

Friction

Velocity

Weight

Momentum

Speed

Potential energy

Kinetic energy

Newton's third law of motion

Newton's second law of motion

Newton's first law of motion

Law of conversation of mass

balanced force

Net force

Unbalanced force

Action force

Reaction force

Motion

Inertia

Meters per second

Acceleration

Newton

Mass

Force

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An object at rest stays at rest and an object in motion stays in motion unless another force is acted upon it. Inertia

Force is equivalent to mass multiplied by acceleration. Second Law

For every action, there is an equal and opposite reaction Third Law

distance over time Speed

Something that acts upon an object pushing it or pulling it Force

Laws that were created by Sir Isaac Newton explaining motion Newton's Laws

Final velocity - Initial velocity over time Acceleration

Mass multiplied by Velocity Momentum

The force that brings two objects together Gravity

Amount of matter with no definite shape Mass

The overall force that is acted upon an object Net Force

When force is not balanced on either side of an object Unbalanced Force

Stored energy that results from the position or shape on an object Potential Energy

The force of gravity on an object Weight

The force another object exerts on another Friction

Force exerted by the first object onto the second object Action Force

Energy that an object has due to its motion Kinetic Energy

The force of air pushing against a moving object Air Resistence

Force that is balanced in amount on both sides of an object Balanced Force

The act of movement Motion

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An object at rest stays at rest and an object in motion stays in motino unless acted upon by an outside force Inertia

Mass times Acceleration Force

For every action there is an equal and opposite reaction. Third Law

Distance per Time Speed

Change in Speed per Time Acceleration

Distance per Time with Direction Velocity

A push or pull Force

Mass times Speed Momentum

The pull of one object on another object Gravity

The overall force exerted on an object Net Force

The overall force has zero force on an object Balanced Force

Stored energy that results from the position or shape of an object Potential Energy

The unit measuring the affects gravity has on mass Weight

The force that one surface exerts on another when the two surfaces rub against each other Friction

Energy that an object has due to its motion Kinetic Energy

The name often given to the force exerted by the first object on a second object Action Force

The name often given to the force exerted by the second object back on the first object Reaction Force

The force of air pushing against a moving object. Air Resistance

The ability to produce change Energy

A number that tells how much of something there is. Magnitude

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For every action, there is an opposite reaction. NewtonsThirdLaw

Maximum speed of a falling object TerminalSpeed

Used to show the relative magnitude and direction of all forces acting upon an object in a given situation FreeBodyDiagram

Acceleration of an object depends on the net force acting on it and the mass of the object Newtons second law

Force per unit area: standard unit is the Pascal pressure

1 newton per square meter pascal

Substance that continually deforms (flows) under an applied shear stress Fluid

The resistance an object has to a change in its state of motion inertia

One value increases at the same rate that the other decreases inversely

Similar to Newton's First Law law of inertia

Object at rest will stay at rest and an object in motion will stay in motion with the same speed and in the same direction unless acted upon by an unbalanced force newtons first law

International System of Units - Unit of force newton

Velocity at which a falling object stops accelerating terminal velocity

Frictional force air exerts on a moving object air resistance

Force acting in one direction action force

Process by which elementary particles interact with each other interaction

Unit of mass equal to 1000 grams kilogram

Force acting in the opposite direction reaction force

The quantity of matter in a body mass

Resistance that one surface object encounters when moving over another friction

Measure of the force of gravity on a body weight

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A push or a pull force

Speed in a given direction velocity

Newton's first law of motion law of inertia

Newton's second law of motion Law of acceleration

Newton's 3rd law of motion Law of action reaction

A force that is equal in all directions balanced force

a force resisting the relative motion of surfaces friction

a force that is greater in a specific direction than the opposing force unbalanced force

a measure of how difficult it is to stop something momentum

a pulling force tension

the rate of change of velocity over time acceleration

the force a planet exerts on an object gravity

the amount of matter in an object mass

the unit of measurement of force Newton

Isaac newton invented this study of mathematics calculus

Isaac Newton created this type of instrument to see into outer space reflecting telescope

the overall force on an object netforce

distance divided by time speed

the tendency of an object to resist a change in motion inertia

difference between final velocity and initial velocity; or direction of distance between 2 points displacement

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Balanced

Unbalanced

Speed

Net force

Opposite

Equal

Velocity

Reaction

Newtons

Greater

Decceleration

Acceleration

Objects

Mass

Inertia

Force

Rest

Galileo

Motion

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when one object's distance from another is changing motion

object that is used to determine if something is in motion reference point

distance an object travels in a given unit of time speed

rate at which an object is moving at a given instant in time instantaneous speed

speed in a given direction velocity

rate at which velocity changes acceleration

push or pull on an object force

SI unit that measures strength of force Newton

combination of ALL forces acting on the object net force

cause an object to start moving, stop moving, or change direction unbalanced force

equal forces acting on an object in OPPOSITE directions balanced force

force that 2 surfaces exert on each other when they ruyb against each other friction

force that pulls objects toward each other gravity

amount of matter in an object mass

force of gravity on a person/object weight

fluid friction on objects falling through the air air resistance

an object that is thrown projectile

tendency of an object to resist a change in motion inertia

product of an object's mass and velocity momentum

an object at rest will stat at rest and an object in motion with stay in motion Newton's 1st Law

acceleration depends on an object's mass and the net force acting on the object Newton's 2nd Law

for every action there is an equal but opposite reaction Newton's 3rd Law

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acceleration

action

calculus

equal

exert

force

gravity

inertia

invent

law

mass

matter

momentum

motion

opposite

reaction

rest

rule

scientist

speed

velocity

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overall force acting on an object net force

Last name of english mathematician and physicist who was known to study the laws of gravity Newton

the law of Newton stating an object that is not moving will remain stationary, and an object moving will continue to move, unless another force changes it; inertia first law

The law of Newton stating that an acceleration of an objects need the the variables of net force and mass of the object second law

The law of Newton stating an objects action has an equal and opposite reaction third law

The force that is resisting motion of an object friction

the resistance an object gives when there is a change in motion inertia

force equals mass times acceleration f=ma

force acting in one direction actionforce

force acting in an opposite direction reaction force

force exerted from an object ex: walls and floors normal force

the number of atoms in an object mass

increase in rate of speed of an object acceleration

when forces on an object are equal in size but opposite in direction balanced forces

when individual forces are in the opposite direction but are different in size unbalanced force

distance/time; rate it takes an object to cover a distance speed

an objects speed and direction velocity

a quantity that includes mass and velocity momentum

a speed with direction vector

the force that's a push or pull towards the center of the Earth gravity

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'The study of the mechanical laws relating to the movement or structure of living organisms'. Biomechanics

Application of force, leverage, motion and transference of momentum are all biomechanical ______? Principles

Computer/iPad, computer software, GPS, pressure sensors, tripod, resistance pools and wind tunnels may all be used by a ________? Biomechanist

Biomechanics is able to assist in ______ prevention through eliminating poor technique. injury

Biomechanics is able to assist in improved ________ by developing the efficient technique. Performance

Sir ______ Newton. Isaac

Newton proposed three laws of _______. motion

Newton's first law of motion states that 'an object will remain at rest or in it's current state of motion unless acted upon by an unbalanced ______'. force

Newton's second law of motion states that 'force equals mass times ______' Acceleration

Newton's third law of motion states that 'for every action there is an _____ and ______ reaction'. Equal Opposite

A swimming pushing their feet off the wall is an example of which of Newton's 3 laws of motion? Action and reaction

A golfball sitting stationary on a tee is an example of which of Newton's 3 laws of motion? Inertia

Striking a baseball with a baseball bat is an example of which of Newton's 3 laws of motion? Acceleration