Chemistry, 12.02.2020 04:49 Chandler1Gaming

The following reaction represents one of many fission reactions of 235u. Use the following dropdown menus to compare the total number of protons (blue) and neutrons (grey) from the reactants to the total number of protons and neutrons from the products of this reaction. + 0+O+ n +235U140Xe+ 94Sr + n+ n + energy Total protons and neutrons Total protons and neutrons Because the total number of protons and neutrons before the reaction is and neutrons after the reaction, you can say that matter is the total number of protons In this reaction, all of the energy that is bound in the reactants (235U and free neutron) is ultimately transferred to the products. That is, according to the first law of thermodynamics, if 30% of this energy is bound by the xenon nucleus, 30% of this energy is bound by the strontium nucleus, and 1% is bound in each free neutron, how much energy is released in this reaction? Enter your answer here: | ? %

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The following reaction represents one of many fission reactions of 235u. Use the following dropdown...

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