Discussion 3 - listed above. 6. Atom Atomic Mass (amu) Atom...

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Name _________________________ Discussion Worksheet 3 1. ____ + Be 9 4 Li 6 3 + He 4 2 2. Bi 209 83 + Ni 64 28 Rg 272 111 + _____ 3. W 179 74 + _____ Ta 179 73 4. Al 27 13 + He 4 2 P 30 15 + _____ 5. S 32 16 + _____ Si 29 14 + He 4 2 6. Am 241 95 Np 237 93 + _____ Using the table at the end to calculate the mass defect for reactions 1- 3 listed above. 1. 2. 3.
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Using the table at the end to calculate the total change in energy for reactions 4 & 5 listed above. 4. 5. Using the table at the end to calculate the binding energy for each isotope in reaction 6
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Unformatted text preview: listed above. 6. Atom Atomic Mass (amu) Atom Atomic Mass (amu) Al 27 26.981538 Np 237 237.048166 Am 241 241.056822 P 30 29.981801 Be 9 9.012182 Rg 272 272.1535 Bi 209 208.980384 S 32 31.972071 He 4 4.002603 Si 29 28.976495 Li 6 6.015122 Ta 179 178.94593 Ni 64 63.927969 W 179 178.94707 Proton 1.00727647 Neutron 1.00866492 Electron 5.48579909 x 10-4...
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Discussion 3 - listed above. 6. Atom Atomic Mass (amu) Atom...

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