'Mass defect' presentation slideshows

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NUCLEAR CHEMISTRY

NUCLEAR CHEMISTRY. The Basics. The Nucleus. The nucleus is composed of nucleons protons neutrons A nucleus is characterized by two numbers atomic mass number(A; total # of nucleons) atomic number (Z; number of protons) Z A E. 13 27 Al. total number of nucleons is 27

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Nuclear Chemistry

Nuclear Chemistry. Nuclear Chemistry. Be able to define the new words. Discuss the processes of radioactivity and radioactive decay. Characterize alpha, beta, and gamma radiation in terms of composition and penetrating power. Balance nuclear equations.

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Nuclear Reactions Chapter 18

Nuclear Reactions Chapter 18. Supernova 1999gi in NGC 3184 Credit:Al Kelly (JSCAS/NASA & Arne Henden(Flagstaff/USNO). Alpha radiation. particle He - 4 nucleus Decrease the atomic number by 2 Decreases the mass number by 4. Beta radiation. particle Electron

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Physics 6C

Physics 6C. Nuclear Physics and Radioactivity. Prepared by Vince Zaccone For Campus Learning Assistance Services at UCSB. Mass Defect (Binding Energy).

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CHAPTER 25 Nuclear Chemistry

CHAPTER 25 Nuclear Chemistry. I. The Nucleus -Terms (p. 798-820). I. II. III. IV. Ionizing Radiation. Radiation is a form of energy transferred by waves or atomic particles

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Nuclear Power: Fusion reactions and Fusion energy (NIF,ITER)

Nuclear Power: Fusion reactions and Fusion energy (NIF,ITER). Dresden, 13.12.2011 Martin Rehwald. Outline. 1. The Fusion Reaction (Conditions, Binding energy, Lawson criterion) 2. Fusion Energy Magnetic confinement fusion (ITER) Inertial confinement fusion (NIF).

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Notes 42 - Topic 7 - Atomic and Nuclear Physics

Notes 42 - Topic 7 - Atomic and Nuclear Physics - ------------------------------------------------------------------------------------------

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Binding energy

Binding energy. sketch the variation of binding energy per nucleon with nucleon number. explain what is meant by nuclear fusion and nuclear fission. explain the relevance of binding energy per nucleon to nuclear fusion and to nuclear fission.

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Unit 3: Part 2 of the Atom Nuclear Chemistry

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Nuclear Forces

4.00260 amu. 4.03298 amu. Nuclear Forces. Mass Defect. Difference between the mass of an atom and the mass of its individual particles. Nuclear Binding Energy. Energy released when a nucleus is formed from nucleons. High binding energy = stable nucleus. E = mc 2. E: energy (J)

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ICP

ICP. 10/2/12 Finish radioactivity. Warmup. Which particles are lightest: protons, neutrons, electrons? Which particles are in the nucleus: protons, neutrons, electrons? Write a nuclear symbol: 3 protons, 4 neutrons, 2 electrons. Agenda. Fission/Fusion Notes

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Isotopes Mass Defect E = mc 2

Isotopes Mass Defect E = mc 2. Isotopes.

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Nuclear Reactions

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Unit 14: Nuclear Chemistry

Unit 14: Nuclear Chemistry. Section 2: Mass Defect and E=mc 2. Mass Defect. Since an atom is made of protons, neutrons, and electrons, you might expect the mass of the atom to be the same as the mass of all of these combined. However, this is not always the case. Lets look at He...

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The sun shines

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Accurate Mass Spectrometry Lab

Accurate Mass Spectrometry Lab. February 1, 2008 Jon Karty. What is Resolution?. Resolution is the ability to separate ions of nearly equal mass/charge e.g. C 6 H 5 Cl and C 6 H 5 OF @ 112 m/z C 6 H 5 Cl = 112.00798 amu (all 12 C, 35 Cl, 1 H)

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Aim: How are protons held together within the nucleus?

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Binding Energy = Mass Defect x Speed of Light 2

Binding Energy = Mass Defect x Speed of Light 2. Binding Energy per Nucleon. Fission & Fusion. Fission. Fusion. Fission in Nuclear Reactors.

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