Fission, fusion, and radioactive decay take different paths toward nuclear stability. Despite their differences, each process achieves nuclear stability while conserving both energy and mass. Use Figures 1, 2, and 3 to construct a multi-paragraph response that illustrates how protons, neutrons, and energy are conserved during fission, fusion, and radioactive decay. Cite specific examples from the figures to support your response, and choose only one model of radioactive decay as a reference.
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How many electrons does silver have to give up in order to achieve a sido noble gas electron configuration?
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What is the vapor pressure of a solution with a benzene to octane?
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Na chemical reaction, activation energy increases the of the reactants. this outcome causes the particles to collide, which results in the of new products.
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Why do the strengths of london (dispersion) forces generally increase with increasing molecular size? choose one: a. heavier atoms have stronger attractions for each other than lighter atoms. b. dispersion forces are all equal in magnitude; there is no size dependence. c. dispersion forces arise from the attraction between the nuclei of atoms, and larger molecules have larger nuclei. d. dispersion forces arise from dipoles caused by the electron distribution being distorted. larger molecules have more electrons and, therefore, more distortions and a bigger force. e. dispersion forces depend on distance. larger molecules are farther apart and so the forces are smaller.
Answers: 2
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