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Inertial Confinement If you look at the
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rapid, string-like motion of a continuous electric arc, you ll see that it s very difficult to form plasma into a stable shape In the inertial confinement reactor, a microscopic pellet of frozen deuterium-tritium is illuminated on all sides by powerful laser beams These lasers heat the 826
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1 Analyze Why does the thermonuclear reactor appear to be such an attractive source of energy 2 Compare You have seen three types of thermal electric power plants What features do they all have in common
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301 The Nucleus
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atomic number (p 800) atomic mass unit (p 800) mass number (p 800) nuclide (p 801) strong nuclear force
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Key Concepts
nucleon (p 802) binding energy (p 802) mass defect (p 802)
The number of protons in a nucleus is given by the atomic number, Z The sum of the numbers of protons and neutrons in a nucleus is equal to the mass number, A Atoms having nuclei with the same number of protons but different numbers of neutrons are called isotopes The strong nuclear force binds the nucleus together The energy released in a nuclear reaction can be calculated by finding the mass defect, the difference in mass of the particles before and after the reaction E mc2
The binding energy is the energy equivalent of the mass defect
302 Nuclear Decay and Reactions
Vocabulary
radioactive (p 806) alpha decay (p 806) beta decay (p 806) gamma decay (p 806) nuclear reaction (p 807) half-life (p 809) activity (p 810) fission (p 811) chain reaction (p 812) fusion (p 813)
Key Concepts
An unstable nucleus decays, transmuting into another element Radioactive decay produces three kinds of particles Alpha, , particles are helium nuclei, beta, , particles are high-speed electrons, and gamma, , rays are high-energy photons In nuclear reactions, the sums of the mass number, A, and the total charge, Z, are not changed The half-life of a radioactive isotope is the time required for half of the nuclei to decay After t half-lives: remaining original
1 t 2
The number of decays of a radioactive sample per second is the activity In nuclear fission, the uranium nucleus is split into two smaller nuclei with a release of neutrons and energy Nuclear reactors use the energy released in fission to generate electrical energy The fusion of hydrogen nuclei into a helium nucleus releases the energy that causes stars to shine
303 The Building Blocks of Matter
Vocabulary
quarks (p 818) leptons (p 818) Standard Model (p 818) force carriers (p 818) pair production (p 820) weak nuclear force (p 821)
Key Concepts
Linear accelerators and synchrotrons produce high-energy particles The Geiger-Mueller counter, cloud chamber, and other particle detectors use the ionization caused by charged particles passing through matter All matter appears to be made up of quarks and leptons Matter interacts with other matter through particles called force carriers The Standard Model includes the quarks, leptons, and force carriers When corresponding antimatter and matter particles combine, their mass and energy are converted into energy or lighter matter-antimatter particle pairs By pair production, energy is transformed into a matter-antimatter pair
physicsppcom/vocabulary_puzzlemaker
Concept Mapping
44 Organize the following terms into the concept map:
Standard Model, quarks, gamma rays, force carriers, protons, neutrons, leptons, W bosons, neutrinos, electrons, gluons
56 Forces In which of the four interactions (strong,
weak, electromagnetic, and gravitational) do the following particles take part (303) a electron b proton c neutrino
57 What happens to the atomic number and mass
number of a nucleus that emits a positron (303)
Includes
58 Antimatter What would happen if a meteorite
made of antiprotons, antineutrons, and positrons landed on Earth (303)
Which compose
Examples
Examples
Applying Concepts
59 Fission A Web site claims that scientists have been
able to cause iron nuclei to undergo fission Is the claim likely to be true Explain
60 Use the graph of binding energy per nucleon
in Figure 30-2 to determine whether the reaction 2H 1H 3He is energetically possible 1 1 2
61 Isotopes Explain the difference between naturally
Mastering Concepts
45 What force inside a nucleus acts to push the nucleus
apart What force inside the nucleus acts to hold the nucleus together (301)
and artificially produced radioactive isotopes
62 Nuclear Reactor In a nuclear reactor, water that
passes through the core of the reactor flows through one loop, while the water that produces steam for the turbines flows through a second loop Why are there two loops
46 Define the mass defect of a nucleus To what is it
related (301)
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