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Bradley and Carson

Hi, I am Bradley from Canada. We have been assigned a project to do for the boss. He wants us to research Bohr's life long research. Then, we have to give the boss our entire research. I'll do the first part, and then you do the second part. I hope we have a successful buisness relations and ethics together.

Here is my Research:

The Bohr model is a planetary model. It is that the neucleus is the largest part of the atom. It was proved later that it was not. The radius of the nucleus is 100,000 times smaller then the radius of the entire atom.

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Hello, My name is Carson Chambliss, and i am from Vancover, Canada. I have a project which consists of rearching Bohr's model. We have to complete our project and trun it into the "boss". I will do my best to complete this, and i hope that it will turn out good, and that we will be succecivlle. I think that this will be a very good excperience for us, and will help us in the real world. Bohr's model is a very complicated model, but i think that me and my associate will do well to complete this assignment. I think that it is also good that my partner and I are in this same country. What are the odds?===== My Research: The Bohr model consists of four principles: The energy and frequency of light emitted or absorbed is given by the difference between the two orbit energies, e.g., ||
 * 1) |||| Electrons assume only certain orbits around the nucleus. These orbits are stable and called "stationary" orbits. ||
 * 2) |||| Each orbit has an energy associated with it. For example the orbit closest to the nucleus has an energy E1, the next closest E2 and so on. ||
 * 3) |||| Light is emitted when an electron jumps from a higher orbit to a lower orbit and absorbed when it jumps from a lower to higher orbit. ||
 * 4) ||||

Bohrs atom occupy a dense central region called the nucleus, and the electrons orbit the nucleus like planets orbiting the Sun. Bohrs idea of the hydrogen model.

the **Bohr model** depicts the atom as a small, positively charged nucleus surrounded by electrons that travel in circular orbits around the nucleus — similar in structure to the solar system, but with electrostatic forces providing attraction, rather than gravity. > > Niels **Bohr**
 * 1) The electrons travel in orbits that have discrete quantized momenta, and therefore quantized speeds and energies. That is, not every orbit is possible but only certain specific ones, at certain specific distances from the nucleus.
 * 2) The electrons do not continuously lose energy as they travel. They can only gain and lose energy by jumping from one allowed orbit to another
 * 3) When an electron makes a jump from one orbit to another, the energy difference is carried away (or supplied) by a single quantum of light (called a photon) which has an energy equal to the difference in energy between the two orbits.
 * 4) The frequency of the emitted photon is the classical orbit frequency, since photon emission corresponds to classical emission of radiation. Since there are //two// orbits involved in emission, this is only exact when both orbits have nearly the same frequency, and this holds only when the orbits are large.