Ch.20 - Nuclear Chemistry
Chapter 20, Problem 92
Can fuel rods in a power plant be used to make an atomic weapon without further treatment? Explain.
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Textbook Question
The radioactive isotope 100Tc decays to form the stable iso-tope 100Mo. (b) Only one of the pathways is observed. Calculate the energy released by both pathways, and explain why only one is observed. Relevant masses are: 100Tc = 99.907 657, 100Mo = 99.907 48, electron = 0.000 548 6.
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Textbook Question
Control rods in a nuclear reactor are often made of boron because it absorbs neutrons. Write the nuclear equation in which boron-10 absorbs a neutron to produce lithium-7 and an alpha particle.
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Textbook Question
What is the difference between uranium fuel rods in a nuclear power plant and uranium fuel for an atomic weapon?
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Textbook Question
What are the benefits of using fusion over fission as a source of nuclear energy? Why have fusion reactors not been developed yet?
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Textbook Question
How much energy is released (in kJ) in the fusion reaction of 2H to yield 1 mol of 3He? The atomic mass of 2H is 2.0141, and the atomic mass of 3He is 3.0160.
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Textbook Question
How much energy (in kJ/mol) is produced in the following fission reaction of plutonium-239?
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