# Study sets matching "energy momentum"

Study sets

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Elastic Collision

Impulse

Impulse-momentum Relationship

Inelastic Collision

encounter between two bodies in which the total kinetic energy…

The Quantity "force" * Time interval ... Change in momentum

...

which part of the kinetic energy is changed to some other form…

Elastic Collision

encounter between two bodies in which the total kinetic energy…

Impulse

The Quantity "force" * Time interval ... Change in momentum

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

Energy

Conservation of Energy

Kinetic Energy

Potential Energy

The ability to do work

Energy cannot be created or destroyed;only transformed or tran…

Energy in motion

Stored energy based on the object's position

Energy

The ability to do work

Conservation of Energy

Energy cannot be created or destroyed;only transformed or tran…

What is the kinetic energy formula?

The greater the momentum the greater th…

Force is equal to change in momentum ov…

If kinetic energy is conserved the coll…

K = 1/2 m v2

Impulse

Newton's second law

elastic

What is the kinetic energy formula?

K = 1/2 m v2

The greater the momentum the greater th…

Impulse

conservation of energy

conservation of energy for machines

efficiency

elastic collision

Energy cannot be created or destroyed; it may be transformed f…

The work output of any machine cannot exceed the work input.

The percentage of the work put into a machine that is converte…

A collision in which colliding objects rebound without lasting…

conservation of energy

Energy cannot be created or destroyed; it may be transformed f…

conservation of energy for machines

The work output of any machine cannot exceed the work input.

Momentum Equation

Impulse

Impact

Kinetic Energy Equation

p = m * v

the quantity of the overall effect of a force over a given time

the high force or shock applied over a short period of time wh…

KE = 1/2(m*v^2)

Momentum Equation

p = m * v

Impulse

the quantity of the overall effect of a force over a given time

Electrical Energy

Chemical Energy

Mechanical Energy

Nuclear Energy

Energy caused by the movement of electrons.

Energy stored in chemical bonds

Kinetic or potential energy associated with the motion or posi…

Energy stored in the nucleus of an atom

Electrical Energy

Energy caused by the movement of electrons.

Chemical Energy

Energy stored in chemical bonds

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

conservation of energy for machines

Efficiency

Elastic Collision

Energy

The work output of any machine cannot exceed the work input. I…

The percentage of work put into a machine that is converted in…

A collision in which colliding objects rebound without lasting…

The property of a system that enables it to do work

conservation of energy for machines

The work output of any machine cannot exceed the work input. I…

Efficiency

The percentage of work put into a machine that is converted in…

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

Momentum

Law of Conservation of Momentum

Mass

Velocity

The mass of an object times its velocity

A law that states that as long as two iteracting objects are n…

The amount of matter in an object

Speed with direction

Momentum

The mass of an object times its velocity

Law of Conservation of Momentum

A law that states that as long as two iteracting objects are n…

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

momentum (description)

momentum (equation)

impulse (two definitions)

impulse (two equations combined

inertia in motion; resistance to change in motion

p = mv

change in momentum; force times time

change(mv) = F t

momentum (description)

inertia in motion; resistance to change in motion

momentum (equation)

p = mv

momentum

impulse

elastic collision

completely inelastic collision

inertia in motion

a force exerted over time that causes a change in momentum

collision that causes objects to bounce perfectly

collision that causes objects to stick together

momentum

inertia in motion

impulse

a force exerted over time that causes a change in momentum

Kinetic Energy equation

Gravitational Potential energy equation

KE meaning

GPE meaning

KE = 1/2 x mass x velocity squared

GPE = mass x g x height

Kinetic energy- energy a moving object has

Gravitational potential energy- energy something stores due to…

Kinetic Energy equation

KE = 1/2 x mass x velocity squared

Gravitational Potential energy equation

GPE = mass x g x height

Work Done

Weight

Force applied to a spring

Kinetic energy

Force x Distance (in the direction of the force)

Mass x Gravitational Field Strength

spring constant x extension

0.5 x mass x (speed)^2

Work Done

Force x Distance (in the direction of the force)

Weight

Mass x Gravitational Field Strength

Momentum

Impulse

Mass

Conservation

Mass multiplied by velocity

Force multiplied by time. Impulses change momentum

The amount of matter in an object

When what you have at the end is the same as what you had in t…

Momentum

Mass multiplied by velocity

Impulse

Force multiplied by time. Impulses change momentum

The total energy of the ______ is const…

If you double the mass of a moving obje…

A change in momentum is also known as...

A change in energy is also known as...

universe, system

It doubles.

Impulse

Work

The total energy of the ______ is const…

universe, system

If you double the mass of a moving obje…

It doubles.

Work

Energy

Power

Joules

Quantity of the product of applied forces on an object and the…

Ability to cause change

Amount of change that can be made in a given amount of time

Units that are used to measure the distances objects move due…

Work

Quantity of the product of applied forces on an object and the…

Energy

Ability to cause change

Kinetic Energy

Potential Energy

Joules

Formula for Potential Energy

Energy associated with motion

Energy associated with distance away from a gravitational sour…

Unit of Energy

Potential Energy=mass

**gravity**heightKinetic Energy

Energy associated with motion

Potential Energy

Energy associated with distance away from a gravitational sour…