CORRECTIONS 1. (b). Positron emission of 82Br35 2. The disintegration energy of the decay30 P15 by position emission is 4.30 Mev. The daughter nuclide, Si has a mass of 29.97396 u. What is the mass of 30p15? 3. The nuclide 192pt78decays to 1880576 by alpha emission. The mass of 192pt78 is 191.96146 u and the mass of 188Os76 is 187.9560 u. Calculate the energy effect accompanying the decay.
CORRECTIONS 1. (b). Positron emission of 82Br35 2. The disintegration energy of the decay30 P15 by position emission is 4.30 Mev. The daughter nuclide, Si has a mass of 29.97396 u. What is the mass of 30p15? 3. The nuclide 192pt78decays to 1880576 by alpha emission. The mass of 192pt78 is 191.96146 u and the mass of 188Os76 is 187.9560 u. Calculate the energy effect accompanying the decay.
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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Transcribed Image Text:CORRECTIONS
1. (b). Positron emission of 82Br35
2. The disintegration energy of the decay30 P15 by position emission is 4.30 Mev. The daughter nuclide, Si has a mass of 29.97396 u. What is the mass of 30P15?
3. The nuclide 192Pt78decays to 1880576 by alpha emission. The mass of 192Pt78 is 191.96146 u and the mass of 188Os76 is 187.9560 u. Calculate the energy effect accompanying the decay.
Transcribed Image Text:NUCLEAR CHEMISTRY
OBJECTIVES:
1. To write the equations of chemical for radioactive decay.
2. To calculate the energy released by the fusion process
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