Science Assessment ~ Topics ~ Energy: Forms, Transformation, Transfer, and Conservation ~ NGSS Link PS3.A-M.1

Motion energy is properly called kinetic energy; it is proportional to the mass of the moving object and grows with the square of its speed.

Items associated with this NGSS statement in this project (Original Project) and key idea (Energy can be transferred from one …)
Item ID Number	Item Description	Select This Item for My Item Bank
NG049003	When a spring is used to shoot a cart across the floor, the spring transfers energy to the cart. (This item uses bar graphs to illustrate the amount of elastic energy the spring has and the amount of motion energy the cart has as the cart is rolling across the floor.)

Items associated with this NGSS statement in this project (Original Project) and other key ideas
EG007002	The motion energy of an object depends on the speed and mass of the object.
EG025001	In order to know which of two objects is moving faster, you need to know the weight (mass) of each object in addition to the motion energy.
EG023002	Both a ball that is thrown and a ball that is dropped have motion energy while they are moving.
EG012002	A ball has more motion energy than a person when the ball is moving and the person is not moving.
EG003002	Two children that have the same mass and are sledding at the same speed have the same amount of motion energy.
EG003003	Two children that have the same mass and are sledding at the same speed have the same amount of motion energy.
EG005003	Increasing the speed of an object increases its motion energy.
EG004004	A car has the most motion energy when it is traveling at the highest speed.
EG001005	For two balls that have the same mass, the ball that is rolling faster has more motion energy.
EG001006	For two balls that have the same mass, the ball that is rolling faster has more motion energy.
EG002002	For two pinecones falling at the same speed, the pinecone with more mass has more motion energy.
EG009003	For two objects that are traveling at the same speed, the object with more motion energy weighs more.
EG078001	When comparing two cars traveling at the same speed, the car that has more motion energy weighs more than the car that has less motion energy.
EG079001	When comparing two runners with different amounts of motion energy, the only way to know which one weighs more is to also know how fast each is running.
EG081001	Two objects that are moving at the same speed must have different masses in order to have different amounts of motion energy.
EG081002	Two objects that are moving at the same speed must have different masses in order to have different amounts of motion energy.