This topic is regularly used in many introduction of physics classes, which consist of the three laws of motion. Today, I will be using newton’s second law of motion which describes the relationship between force, mass, and acceleration!
The equation is: \[F= ma\]
The variables stand for:
\(F\) = Force
\(m\) = Mass
\(a\) = Acceleration
These are very fundamental when calculating for one of the variables, whether is is f, m , or a.
We see this f= ma equation everywhere in our day to day lives, even if we might not realize it. Gravity! This is a big one because gravity helps us stay consistently down to earth, as well helps balance our solar system. This can also be used when driving, and we accelerate to make the car move, or even how we can launch rockets into space.
Here is an example of us using the equation, for when mass is 20.
## mass acceleration force ## 1 20 5 100 ## 2 20 10 200 ## 3 20 15 300 ## 4 20 20 400 ## 5 20 25 500 ## 6 20 30 600
Here is an example of us using the equation, for when mass is 20. 
## mass acceleration force ## 1 500 10 5000 ## 2 500 60 30000 ## 3 500 110 55000 ## 4 500 160 80000 ## 5 500 210 105000 ## 6 500 260 130000 ## 7 500 310 155000 ## 8 500 360 180000 ## 9 500 410 205000 ## 10 500 460 230000 ## 11 500 510 255000 ## 12 500 560 280000 ## 13 500 610 305000 ## 14 500 660 330000 ## 15 500 710 355000 ## 16 500 760 380000 ## 17 500 810 405000 ## 18 500 860 430000 ## 19 500 910 455000 ## 20 500 960 480000
