Using the energy scale used in the microscopic world, chemical processes release about (10 mathrm{eV}) per elementary
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Using the energy scale used in the microscopic world, chemical processes release about \(10 \mathrm{eV}\) per elementary reaction, while a nuclear reaction releases about \(10 \mathrm{MeV}\). Multiply the number of molecules per mole to get the equivalent in the nuclear case of the value given in (13.13).
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To convert the given calorific value of hydrocarbons from megajoules per kilogram MJkg to the energy ...View the full answer
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Jonas Araujo
I have recently received the degree of PhD. In Physics by the Universidade Federal do Maranhão after spending a term in Durham University, as I have been awarded a scholarship from a Brazilian mobility program. During my PhD. I have performed research mainly in Theoretical Physics and published works in distinguished Journals (check my ORCID: https://orcid.org/0000-0002-4324-1184).
During my BSc. I have been awarded a scholarship to study for a year in the University of Evansville, where I have worked in detection-analysis of photon correlations in the the Photonics Laboratory. There I was a tutor in Electromagnetism, Classical Mechanics and Calculus for most of that year (2012).
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