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Kayla and Brantley

Hi my name is Kayla I live ln Paris France and I love it here!!! Where do you live? I can't wait to work with you! I have a pretty good bit of experience on the internet! I have expertations for this project! I want to know what you plan to do on this project? Please tell me every idea or suggestion you have. I think we won't have any problems working together! It is 39 degrees here, its pretty cold!!! Yes the Eiffel Tower is beautiful! I really don't care what atom we do, so what ever you think or suggest will be fine with me. Please tell me if you think my idea is bad or don't think we should do it. Trust me I will understand!

Kayla

HI KAYLA! MY NAME IS BRANTLEY! I LIVE IN DUBLIN, IRELAND!! (DUBLIN ONE OF THE BIGGEST CITIES IN IRELAND.)DUBLIN'S POPULATION IS 1,661,185! BUT ANYWAY I THINK IT IS GOING TO BE GREAT WORKING WITH YOU! IM REALLY EXIED ABOUT THIS PROJECT! I DONT REALLY CARE WHAT WE DO ITS UP TO YOU OR WE CAN DECIDE TOGETHER! WELL I HOPE I TALK TO YOU AGIAN SOON.

BRANTLEY!!

I THINK I HAVE A REALLY GOOD IDEA FOR OUR MODEL! IF THIS IS OK WITH YOU ! I HAVEN'T QUITE DECIDED HOW IT WILL WORK YET BUT I HAVE AN IDEA:]] I THINK THAT WE SHOULD BUY A HAMSTER BALL(INO THIS SOUNDS WEIRD BUT I THINK IT MIGHT WORK!) AND WE SHOULD BUY SOME OF THOSE POM POM LITTLE BALLS AND GLUE THEM TO ONE SIDE OF THE BALL AND WRITE ONT HE POMPOMS WITH SHARPIE AND WRITE POSSITIVE OR NEGITIVE AND SO IT LOOKS LIKE THIS...DO YOU GET WHAT IM SAYING?? IF NOT JUST LET ME KNOW BECAUSE I HAVE A GOOD FEELING IT MIGHT WORK:]]!
 * HELLO AGIAN KAYLA!**

===Associates: Your assigned atomic model is: Th J. J. Thomson considered that the structure of an atom is something like a raisin bread, so that his atomic model is sometimes called the raisin bread model.=== They can consider that the scattering angle of the alpha particle by Thomson's model is at most 0.01 degrees

In 1897, J.J. Thomson discovered the electron, the first subatomic particle. He also was the first to attempt to incorporate the electron into a structure for the atom.

Thomson faced two major problems: (1) how to account for the mass of the atom when the electron was only about 1/1000 the mass of the hydrogen atom (the more modern figure is 1/1836) and (2) how to create a neutral atom when the only particle available was negatively charged. His solution was to rule the scientific world for about a decade and Thomson himself would make a major contribution to undermining his own model.

This is the information that I found today and I thought it could be useful. I hope you can find some good information to! Kayla

KAYLA I THINK YOU HAVE SOME GREAT INFORMATION! THIS IS THE INFO. THAT I FOUND.....

Joseph John Thomson subjected cathode rays to magnetic and electric fields and showed that the beam was deflected as would be expected for negatively charged particles. He calculated the ratio of the electron's charge to its mass. On April 30, 1897, Thomson announced that the cathode rays consisted of negatively charged particles, which represented fundamental particles of matter. He was not the first person to suggest that these particles existed, nor did he coin the term "electron", yet he is generally credited with the discovery of the electron. He was awarded with the Nobel Prize in Physics in 1906.

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Thompson discovered mainly that there are 2 parts to an atom. He found that when he shot atoms between 2 opposing magnets that they seemed to spread. This meant that there were 2 parts to every atom. This proved the existence of electrons.=====

One hundred years ago, amidst glowing glass tubes and the hum of electricity, the British physicist J.J. Thomson was venturing into the interior of the atom. At the Cavendish Laboratory at Cambridge University, Thomson was experimenting with currents of electricity inside empty glass tubes. He was investigating a long-standing puzzle known as cathode rays. His experiments prompted him to make a bold proposal: these mysterious rays are streams of particles much smaller than atoms, they are in fact minuscule pieces of atoms. He called these particles "corpuscles," and suggested that they might make up all of the matter in atoms. It was startling to imagine a particle residing //i//nside the atom--most people thought that the atom was indivisible, the most fundamental unit of matter.