Physics
Physics, 09.10.2019 12:30, xxqueencandy47001

If the products of a nuclear reaction have less mass than the reacctants, what happens to the mass, and what formula describves what happens

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Chemistry, 15.11.2019 20:31, JessTaylr04
1. nuclear decay by alpha particle emission is more common in atoms of elements that: a have an atomic number greater than 83 b have a proton to neutron ratio of greater than 3: 1 c have an atomic number less than 83 d have more electrons than protons 2. identify the missing particle in the following equation: 3/2he + 3/2he -> 2 1/1he + (3/2he refers to 3 above 2 next to he as an isotope symbol) a 2/1he b 1/1he c 5/3li d 4/2he 3. one of the major drawbacks to using nuclear fission as a reliable energy source is: a there is not enough energy produced by this method to make it profitable. b the process cannot be well-controlled. c the intense amount of heat require to initiate the reaction. d the products are more radioactive than the reactants. 4. which of the following concerns apply to nuclear fission reactions? a concern about the disposal of nuclear waste b concern about the safe operation of nuclear plants c concern about nuclear weapons proliferation d all of these are concerns 5. the energy output of the sun and other stars is a result of fission reactions among hydrogen nuclei. true false 6. why is the total mass of a helium nucleus not equal to the mass of its individual parts? (points : 3) a the "missing" mass is due to inaccurate measurement on a very small scale. b the "missing" mass has been converted to energy. c the "missing" matter has been converted to mass. d the "missing" mass has been converted to matter. 7. in a nuclear reaction, the mass-energy of the reactants is generally: (points : 3) a less than the mass-energy of the products b equal to the mass of the products c equal to the energy of the products d equal to the mass-energy of the products 8. a mass of 10.0 kilograms is completely converted into energy. what is this amount of energy in joules? (1 j = 1 kg m2/s2) (points : 3) a 3.33 x 10^8 j b 1.11 x 10^-8 j c 3.00 x 10^16 j d 9.00 x 10^17 9. a mass of 4.00 kilograms is completely converted into energy. what is this amount of energy in joules? (1 j = 1 kg m2/s2) (points : 3) a 1.20 x 10^9 j b 1.33 x 10^-8 j c 3.60 x 10^17 j d 4.4 x 10^-16 j 10. according to einstein's formula for the conversion of mass and energy, to find the energy, multiply the mass by the speed of light. (points : 2) true false
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If the products of a nuclear reaction have less mass than the reacctants, what happens to the mass,...

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