8. When Albert told Michael about how he wanted to make a banana split, Michael told him that he would bring over some bananas.
9. When Michael brought over the bananas, Michael told Albert that the bananas that he brought were full of energy, and that with this fact he could prove a connection between magnetism and electricity.
10. Albert found that very interesting so he wrote down an E on his formula sheet and called it energy. E=energy
12. Lavoisier decided to bring some whipped cream that he said would never lose its amount of mass even if you melt it to a pulp, the mass of the cream never changed.
13. Albert also found that interesting so he wrote an M next to the E on the paper and called the M mass. M=mass
14. While trying to start the split they realized that they did not have one thing that could connect the bananas to the whipped cream or the energy to the mass.
16. Roemer told them that he would bring the ice cream that could connect all of the whipped cream to all of the bananas in the entire universe.
17. When Roemer brought the ice cream, Albert saw how it connected the other ingredients he wrote a C on the paper to represent speed of light. C=Speed of light
18. As the group of friends got ready to dive into the split, they noticed that there were not any sprinkles or cherries on top.
19. So they called their other two friends Emilie Du Chatalet, who brought the cherries and Robert Recorde who brought the sprinkles.
20. Seeing how the sprinkles showed how the banana split was interchangeable, Albert wrote an equal sign in between the E and the M. E = M
21. Albert also saw how the cherries was the finishing touch that increased the entire taste of the whole banana split so he wrote an exponent of 2 above the C and called it squared. C 2
22. After Albert and his friends finished their banana split, they looked at the paper that Albert had wrote on.
23. They saw a formula that read E=mc2, when they read it they realized that the formula that Albert made from their banana split ingredients made a formula that would change the world. E=MC2
24. Years after Albert’s incredible formula was invented many physicists began to study it and use it for different purposes.
25. One of those people was the physicist Lise Meitner.
38. Even though Einstein’s formula only involves mass at rest, people who study kinethetics saw that the formula also took into account the mass as it is in motion.