This states that an object in motion remains in motion unless an unbalanced force acts upon it.
100
What is Newton's Second Law of Motion?
This law describes the need for an unbalanced force in order for an object to undergo an acceleration (aka, a change in speed).
100
What is Newton's Third Law of Motion?
This law states that forces come in pairs.
100
What did alea"s group do for notes?
They typed them
200
How old was he when he died?
84
200
What else does the first law state?
This states that an object in motion remains in motion unless an unbalanced force acts upon it.
200
What is else Newton's Second Law of Motion?
This law states that the mass of an object is inversely proportional to the acceleration that is undergoes.
200
This law states that for every force that object A applies on B, object B pushes the same amount of force back, but in the opposite direct, of object A.
Third law
200
Who did the basketball powerpoint?
savanna's group
300
When was Issac born?
December 25, 1642
300
What is inertia?
This term means the natural tendency of an object to remain at rest of in motion.
300
True or False: If an object is pushed with more force, it will move faster, or have a greater acceleration.
True
300
What is one way we use newtons laws
Answer correct
300
Who made the cross word puzzle?
Olivia's group
400
What did Issac believe in? (religion)
Christianity
400
What is force?
A push or pull.
400
This is one form of the equation that represents Newton's Second Law of Motion.
F=ma, a=F/m, or m=F/a
400
congrats free answer
go your team
400
what were the things we had to have for this project?
visual, questions, something to engage the class.
500
What was the name of his book?
Philosophiae Naturalis Principia Mathematica
500
Who are Galileo and Newton?
These are the two scientists who are responsible for contributing to Newton's First Law of Motion.
500
you got the free question!!!!!
Go your team!!!
500
What is a free-body diagram or force diagram?
This type of diagram represents all of the forces acting on a single object.