what are some simple activities on nuclear chemistry?
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Measuring radioactivity levels of radioactive isotopes  with a Geiger counter.  Measuring radioactivity through different materials.
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stable lutetium nuclides can be used as catalysts in cracking, alkylation, hydrogenation, and polymerization alloys.
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Synthesis - a compound forms from simpler reactants
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http://www.chem.uni-potsdam.de/~thomas/1hbuch/english/index.html\n\nhere is a website that seems short and simple\ngood luck
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look here\n\nhttp://webbook.nist.gov/chemistry/
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radioactivity is the spontaneous emission of alpha beta or gamma rays from a radioactive substance to attain stability.\nthey can be used as tracers to know the path of ne reaction\nsome of them can be used to treat cancer like co-60. and uranium is already used in nuclear reactors for generating electricity.
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a nuclear reaction involves the splitting of an atom, which as you might suspect is very difficult.  a huge amount of energy is holding that atom together, and when the atom is split, that energy is released as heat... an enormous amount of heat
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proton and neutron, the electrons are on the outer shell
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Write the word 'radioactivity' in www.google.com.Then collect watever information u need.
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Gamma decay is probably the one you are after.\nTransitions in the energy levels of the nucleons is the process behind it.\nNuclear Magnetic Resonance is also a nuclear process and would make a better answer as the wavelength of radiation is much safer.
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U CAN MAKE A PROJ ON REACTIONS ON THE FOLLOWING PTS  .\n INTRO OF REACTIONS\nDEFINITION OF A REACTION\n TYPES OF REACTIONS\n THEN, DESCRIBE THEM SEPARATELY
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1. a nuclear reaction\n2. helium\n3. 92U239\n4. cadmium\n5. plutonium\n6. involve changes in the nucleus\n7. americium and curium\n8. atomic weight\n9. energy\n10. nucleus\n11. moderator\n12. cadmium\n13. remains the same\n14. increases\n15. increases\n16. decreases\n17. remains the same\n18. decreases\n19. remains the same (if I'm not mistaken ... please check whether there is any beta particles released ... if there any, then the answer should be decreased)\n20. increases
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pull out your periodic table and this becomes very easy.  elements have an oxidation # of 0.
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In certain Nuclear reactions involving smaller nuclei from hydrogen to Iron, alpha particles will be released. These alpha particles are basically Helium nuclei. When these Helium nuclei are passed through an electron beam, they get converted to pure Helium gas.
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Protons and neutrons.
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Plasma, that's how you get nuclear reaction!
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Self-ionization of water:  http://en.wikipedia.org/wiki/Self-ionization_of_water\n\nneutralization reactions:  http://www.elmhurst.edu/~chm/vchembook/183neutral.html\n\nProcess of titration: http://en.wikipedia.org/wiki/Titration\n\nIsomers:  http://chemed.chem.purdue.edu/genchem/topicreview/bp/1organic/isomers.html\n\nAs for the half-life problems, here is a formula for calculating those problems:\n\nX = C(0.5)^(N/H)\n\nC = the number of whatever radioactive chemical is being used\nH = the chemical's half-life\nN = How many hears this chemical has been/will be active