'Helium nucleus paper' diaporamas de présentation

CHAPTER 3.4 & 24.1 Nuclear Chemistry

CHAPTER 3.4 & 24.1 Nuclear Chemistry. Radioactivity. Radiation. Radiation : The process of emitting energy in the form of waves or particles. Where does radiation come from?

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CHAPTER 22 Nuclear Chemistry

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CHAPTER 28 Nuclear Chemistry

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CHAPTER 22 Nuclear Chemistry

CHAPTER 22 Nuclear Chemistry. II. Radioactive Decay (p. 705 - 712). I. II. III. IV. A. Types of Radiation. Alpha particle ( ?) helium nucleus. paper. 2+. Beta particle ( ?-) electron. 1-. lead. Positron ( ?+) positron. 1+. concrete. Gamma ( ?) high-energy photon. 0.

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CHAPTER 24 Nuclear Energy

CHAPTER 24 Nuclear Energy. I. Radioactivity (p.674-683). A. Definitions. Radioactivity emission of high-energy radiation from the nucleus of an atom Nuclide nucleus of an isotope Transmutation process of changing one element into another via nuclear decay. B. Types of Radiation.

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CHAPTER 24 Nuclear Energy

CHAPTER 24 Nuclear Energy. II. Nuclear Reactions (p.689-691). A. Types of Radiation. Alpha ( ?) helium nucleus. paper. 2+. Beta-minus ( ?-) electron. lead. 1-. Gamma ( ?) high-energy photon. concrete. 0. B. Nuclear Decay. TRANSMUTATION. Alpha Emission. Beta Emission.

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