The second of his laws.
Law of acceleration
10N and 10kg, what is the acceleration?
1
The opposing force to gravity, tends to keep us in place.
Normal force
Hypothetically speaking, if I am in space and I launch a bottle into the abyss, what could stop its movement?
Any piece of space matter
A helicopter hovering above the ground, with gravitational forces reaching 1000N.
O net force
This tasty snack is named after him. It comes from a type of tree Jesus curses in Mark 11:12.
Fig newtons
Walks north 6 miles then walks south for 3 miles, what is this persons displacement?
3 miles
Gravity has this amount of acceleration.
9.81 m/s^2
Hypothetically speaking, if we were to start sinking into the earth, this type of force would seem to be less than the gravitational force.
Normal force
Fnet=80N to the right. Some one pushing 100N to the left. What must be happening?
Someone pushing to the right 180 N
His last name is used to quantify this vector in physics. Also used to measure energy!
Forces
Runs a 5 min mile around the track, what is the distance traveled?
1 mile
This law of Newton can be seen at work when you break in your car and a pulled forward.
Law of Inertia
Hypothetically speaking, if I threw a football on the moon it would travel more because a lack of this force.
Gravity
Which cardinal direction?
Northeast
The title given to those who are knighted in England.
Sir
25kg and 4 m/s^2. what is the force created?
100 N
If I were to apply 100 N of force to the floor, how much force will be applied back to me?
100 N
Hypothetically speaking, if there were no air resistance what's the acceleration of a feather off a roof top?
9.81 m/s^2
While moving in any direction, this force is a major resistor.
Friction
Along with creating his three laws of motion he is played a large part in inventing this form of mathmatics.
Calculus
Traveled south 3 meters then traveled west 4 meters. What is the displacement?
5 meters
This field force can be seen when metals start pulling each other together
Magnetic force
Assuming I have two people of equal mass, and one produces double the force as the other, how could this be possible?
The person that produces double the force is moving at double velocity.
A tug of war is ongoing, side A is applying double the acceleration to their side, while being half their opponents mass. Side B although double the mass are producing half the acceleration of their opponents. Who won the tug of war match?
Its a tie