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Gabby and Arienne

hey this is gabby! i live in Sydney Australia! woo! yes i live down under..haha! working with you will be awesome! woo! you might have to help me alittle.but i have a feeling that you would be okay with that?! and i have alot of experiment with the internet soo i think we will be iight with that. what do you plan to do with this project? please dont try to make me look like a fool..haha but i know you wont. dont be afraid to tell me that that is weird and that you dont like it.i dont think that we will be very hard to work together.soo what do you think? it is 68 degrees its pretty warm here! woo! which model do you want to do?? cause i know that you will know what one you would like to do. soo it would be fine with me with what ever you would like to do..so you choose dont talk back..bahahah bii! _

__GABBY!!!!!! **:]** hmm.i mean hello gabrielle, that i have never met before**. ;]** i live in Seattle Washington in an apartment complex. I walk down to the Art Institute everyday for school and have a break around one, when i walk down to starbucks and get a double chocolate chip frappuccino and use their wifi. thats when i can work on this project and you can be sure that **we** will get an A+ on this assignment! BUT, i have to leave before three because that is when Hampton, my hedgehog, eats dinner. so, i look forward to working with you and **HAVE A WONDERFUL DAY SUNSHINE! :] [ily gabby!!!!] -ARiENNE [:**__

Associates: Your assigned atomic model is: Bohr
okay well i think that he was a student and is now going on in his teachers reseacher.? its about how a small charge can surrounded by electrons that travel in circular orbits around the nucleus.how in the world are we going to make this model??? well i was going to put a picture on here but it was to big.lol i think that the he was showing that all the negitive atoms are outside and that the positive is inside how are we going to make the model?

The basic feature of quantum mechanics that is incorporated in the Bohr Model and that is completely different from the analogous planetary model is that the energy of the particles in the Bohr atom is restricted to certain discrete values. One says that the energy is //quantized//. This means that only certain orbits with certain radii are allowed; orbits in between simply don't exist.well i have no clue on what else to do. i mean what else can we do about the model i dont understand. but i figure that u will help me understand.smartypants.

Atomic Excitation and De-excitation
Atoms can make transitions between the orbits allowed by quantum mechanics by absorbing or emitting exactly the energy difference between the orbits. The following figure shows an atomic excitation cause by absorption of a photon and an atomic de-excitation caused by emission of a photon. so that is basicly what i got out of it. wooo i am soo smart.NOT! ___ In 1913 Niels Bohr came to work in the laboratory of Ernest Rutherford. Rutherford, who had a few years earlier, discovered the planetary model of the atom asked Bohr to work on it because there were some problems with the model: According to the physics of the time, Rutherford's planetary atom should have an extremely short lifetime. Bohr thought about the problem and knew of the emission spectrum of hydrogen. He quickly realized that the two problems were connected and after some thought came up with the Bohr model of the atom. Bohr's model of the atom revolutionized atomic physics.

pretty snazzy eh?