Law and Newtons
Significant Things
Forces of Waverly Place
RuPaul’s Graph Race
How I met your math
100

This law is also known as the law of Inertia 

What is Newton's first Law

100

The number of sig figs in 1340

What is 3?

100

The depiction of a FBD of a coin falling from a tree.

What is ⚫️↓Fg

100

In a position v. time graph, this represents constant positive velocity

What is ↗ ?

100

The equation derived from Newton's second law

What is F=ma

200

This Law states that Force is directly related to Mass and Acceleration 

What is Newton's 2nd law?

200

The number of sig figs in 405.0

What is 4?

200
The depiction of a FBD of a person standing on the floor 

What is.   Fg↓⚫️↑FN

200

In a position v. time graph, this represents no velocity

What is →?

200
The equation for calculating distance, assuming an initial distance is 0

What is d= v̅t

300

The type of relation between Mass and Acceleration when Force is constant 

what is inverse

300

The number of sig figs in 0.0041

What is 2?
300

The depiction of a FBD of a metal being suspended by magnets on either side

What is Fm1←⚫️→Fm2

300

In a velocity-time graph, this represents constant acceleration.

What is ↗?

300

The rearranged  equation to solve for N

What is N=f÷μ

400
One of the most important uses of Newton's second law

What is weight?

400

The number of sig figs in the answer to 10.2 + 3.120

What is 3?

400

The depiction of a FBD of a car experiencing Kinetic Friction 

What is Ff←⚫️➡Fp

400

In a velocity v time graph, this graph would represent a deceleration  

What is ↘?

400

What is the equation to solve for average velocity with a constant acceleration  

what is v̅=V0+at

500

This law explains why we can swim in water

What is Newton's 3rd Law?

500

The number of sig figs in the product of 300.0 x 40

What is 1?

500

The depiction of a FBD of a cart experiencing static friction.

What is Ff←⚫️→Fp
500

In a position v. time graph, this represents acceleration

What is ⤴?

500

The equation for distance with a constant acceleration over time, assuming you start at rest from 0

What is d=d0+v0t+ (1/2)at2

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