A balanced force has this many net newton's acting on it.
What is 0 Newtons?
The letters of F=MA stand for this
What is Force, Mass, & acceleration
Direction is the difference between these two moving terms
What is speed and velocity
What is 3
This is the name of Mr. Davidson's dog
What is Duke?
An unbalanced force has this many newton's acting on it
What is Force?
Velocity contains this which speed does not
What is direction
Newton's 1st Law says this
Using the force and mass of an object, this is how you calculate acceleration
What is F/M=A
What are forces pushing or pulling in the same direction?
By increasing mass, this also increases
What is force?
The formula for velocity is this
What is distance/time
Newton's second law says this
What is Force is equal/proportional to an object's mass times it's acceleration
What is F=MA
Calculate the mass of an object when it's force is 15 Newton's and it's acceleration is 3m/s^2
What is 5 kg
Forces that are working against each other are this
What are subtracted?
By increasing acceleration, this also increases
What is force?
Acceleration can be defined as this
What is the rate of change in velocity
What is how quickly or slowly the velocity changes
Newton's 3rd Law says this
What is for every action there is an equal and opposite reaction
An object is pulled from side 1 with a force of 55 Newtons.
The same object is pulled from side 2 with a force of 30 Newtons.
This is how the object is balanced
What is pulling the object from side 2 with an additional force of 25 Newtons
Calculate the net force of a wood block:
- Pushed to the right 15 N
- Pushed to the right 25 N
-Pushed to the left 50 N
What is an unbalanced force pushing the block to the left with a force of 10 Newtons?
If the acceleration of the object decreases, this must be done to maintain the same amount of force
What is increase mass
This is the unit used when calculating acceleration
What is meters/second^2
A driver suddenly slams on their brakes in a car. Their Quiktrip cup flies forward because of this.
What is Inertia
This is what the graph on the white board describes
What is the proportional relationship between acceleration and force
What is "as force increases so does acceleration"