Here is a song I created to help my 6th grade students study. I hope you enjoy.
Objects at rest or ones in motion
Will stay that way
Acceleration depends on mass
And force applied
For every action there's an opposite
Equal reaction
Ohh, Newton's Laws of Motion
Ohh, Newton's Laws of Motion
Objects fall the same acceleration everywhere, everywhere, everywhere
Objects fall to the ground at the same rate from acceleration, gravity
Air resistance makes acceleration slow
And when in freefall gravity's forcing upon it
A centripical force is needed to keep objects up there motion of circular
Gravity acts to keep objects in orbit
And horizontal, vertical, are part of projectile
Spinned all around the world gravity affecting
Vertical motion of projectile motion
Objects at rest or ones in motion
Will stay that way
Acceleration depends on mass
And force applied
For every action there's an opposite
Equal reaction
Ohh, Newton's Laws of Motion
Ohh, Newton's Laws of Motion
Newton's first law states an object in motion
Ain't gonna change if you know what I mean
Unless a force acts on it
And then it will go down if you know what I mean
The second law of Issaic Newton
Acceleration depends on the mass and force on
The equal and opposite reaction to the first action can be seen
In three, forces in pairs
In momentum, velocity and mass will change ya
When objects interact, momentum may exchange
But the total will never change
Objects at rest or ones in motion
Will stay that way
Acceleration depends on mass
And force applied
For every action there's an opposite
Equal reaction
Ohh, Newton's Laws of Motion
Ohh, Newton's Laws of Motion
There's not a place that these laws don't affect all objects
So they never change
I crossed the globe with all kinds of objects
Ayy
Woah-oh
Objects at rest or ones in motion
Will stay that way
Acceleration depends on mass
And force applied
For every action there's an opposite
Equal reaction
Ohh, Newton's Laws of Motion
Ohh, Newton's Laws of Motion
Objects at rest or ones in motion
Will stay that way
Acceleration depends on mass
And force applied
For every action there's an opposite
Equal reaction
Ohh, Newton's Laws of Motion
Ohh, Newton's Laws of Motion
Laws of Motion, Newton's Laws of Motion
Laws of Motion, Newton's Laws of Motion
Laws of Motion, Newton's Laws of Motion
Wawawa, wawawa, Newton's Laws of Motion
Wawawa, wawawa, Newton's Laws of Motion
