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