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Heisenberg- 1. Electrons can never be pinpointed accurately because of their movement and we are unsure of where. 3. It is impossible to find the position and speed of an electron's movement specifically. 4. Electrons can only be guessed at it's location.

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Heisenberg- 1. Electrons can never be pinpointed accurately because of their movement and we are unsure of where. 3. It is impossible to find the position and speed of an electron's movement specifically. 4. Electrons can only be guessed at it's location.

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2.

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Bohr- 1. How electrons movement around the nucleus. 3. Electrons orbit the nucleus at designated energies and can't live in the areas between orbitals. 4. This created an uncertainty principle which showed that electrons move in a wave pattern.

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Bohr- 1. How electrons movement around the nucleus. 3. Electrons orbit the nucleus at designated energies and can't live in the areas between orbitals. 4. This created an uncertainty principle which showed that electrons move in a wave pattern.

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2.

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Rutherford- 1. A few electrons surround the nucleus which is composed of protons and neutrons. 3. He tested positive charged particles shot at gold foil. Some particles pocked holes and others bounced off the foil. Meaning the foil was similar to a net 4. Atoms are mostly empty spaces with most of their mass concentrated at the nucleus. Particles pass through the electrons but bounce off the nucleus.

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Rutherford- 1. A few electrons surround the nucleus which is composed of protons and neutrons. 3. He tested positive charged particles shot at gold foil. Some particles pocked holes and others bounced off the foil. Meaning the foil was similar to a net 4. Atoms are mostly empty spaces with most of their mass concentrated at the nucleus. Particles pass through the electrons but bounce off the nucleus.

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2.

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Dalton-1. Substances break down into the same elements and sizes of atoms.  3. These elements masse's can't be created or destroyed, only rearranged. 4. Compounds are made of atoms from many elements.

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Dalton-1. Substances break down into the same elements and sizes of atoms.  3. These elements masse's can't be created or destroyed, only rearranged. 4. Compounds are made of atoms from many elements.

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Thomson's- 1. A positive-charged sphere containing negative-charged electrons, gives the look of a chocolate chip cookie model of an atom. 3. None. 4. His students advanced upon his discovery.

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Thomson's- 1. A positive-charged sphere containing negative-charged electrons, gives the look of a chocolate chip cookie model of an atom. 3. None. 4. His students advanced upon his discovery.

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This is due next class meeting, if not completed this period!

Instructions on how to turn in are below.

Video: https://www.youtube.com/watch?v=xazQRcSCRaY&pp=ygUVdGVkIGVkIGF0b21pYyB0aGVvcnkg

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1. Click arrow under your profile pic.

2. Click ADD MEMBERS.

3. ADD my email. Give me CAN ADMINISTER access.

4. Go BACK and go to CHANGE PRIVACY.

5. Click PUBLIC.

6. Make it so visitors can view.

7. Go BACK and click COPY LINK TO CLIPBOARD.

8. Submit that link on Google Classroom.