Intergalactic planetary

When we started the project we were tasked with making a model of the solar system using what we already knew. Everyone's was pretty much the same, just the basic stuff such as all the planets in order and the sun. Some people had their own little touches to their models like some people had Pluto some, people had an asteroid belt, and some people explained how they orbited. Next we were told to make another model based on different information. I chose to make a model and show how far apart each planet was. After we all showed each other we all noticed how different each others models were. Finally we were told to make a model using the sizes and added a table to show some data about each planet allowing us to predict a data point about planet X.

These are out models

Newtons Law of Universal Gravitation

Every object is attracted to every other object in the universe directly proportional to their masses and inversely proportional to the distance between them squared.

Fg=G(m1*m2/d^2)

Fg = Force of Universal Gravitation

G = Gravitational Constant

m = mass

d = distance

I think me and my teammate did well in this project we used critical thinking in many ways to make things much easier. We worked well with each other but one thing we could have both worked on is collaboration, we didn't really talk that much but when one of us had a question we would help each other. I think I did alright in this project for sure was not my best but I think I did my part and had solid work.