Intergalactic Planetary

Our prossess started out with making a model of the planets in order. Not to scale or distance beetween and there was not much explaning. Our seconed model  was the planets in order with scale and distance beetween more in depth explanation. Our third model was simmilar, in terms of drawing and colors but went way more into detail. Then we started to look at ideas for a phenomon until we came up with one. The larger the planet the greater escape velocity and gravitational pull of the planet will be.

Content: Force of universal gravitation every object is attracted to every other object in relation to mass. The equation is: F=GMm/d2. G is the gravitational constant which is equal to 6.67 x 10^-11 Nm^2/ kg^2. we used eqations to accunt for our phenomon and figure out or answer. Gravatational constant (G)-6.67x10 to the -11 Nm2/kg2

Orbital velocity formula V=2(pi)/T

Orbital period formula T=2(pi)/v

Mass energy equalivine E=mc2

                                                                                                                      model 5

                                                                                                                 model 4

                                                                                                                       Model 3

Reflection: This was not my favorite project by far but I think that this project went very well. We also ran into a problem figuring out our phenomnon. I tthink that I could have helped out more with the calculations more I think that was a struggle for me. I think in the next projects that I need to  be involved more in the calculations that I was in this project I think that I did very well brainstroming and thinking of ideas. I also did well setting up and researching things to put on our projcet. Overall I think that this project went very well I have things that I will improve on