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b) A typical fission reactor core has 30 metric tonnes of Uranium, which has been enriched to 3% . If it enriched to 3% and only about 5.7% (both by number) of the fission reactions produce strontium-90, how much strontium-90 is generated? How many moles of strontium is this? Sr-90 = 89.907738 g/mol Psr = 2640 kg/m³ Nay = 6.02214x1023 atoms/mole years 28.79- מt

b) A typical fission reactor core has 30 metric tonnes of Uranium, which has been enriched to 3% . If it enriched to 3% and only about 5.7% (both by number) of the fission reactions produce strontium-90, how much strontium-90 is generated? How many moles of strontium is this? Sr-90 = 89.907738 g/mol Psr = 2640 kg/m³ Nay = 6.02214x1023 atoms/mole years 28.79- מt

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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solve b given in the image provided as asap you can provide handwritten solution also.

b) A typical fission reactor core has 30 metric tonnes of Uranium, which has been enriched to 3%. If it enriched to 3% and only about 5.7% (both by number) of the fission reactions produce strontium-90, how much strontium-90 is generated? How many moles of strontium is this? Sr-90 = 89.907738 g/mol Psr = 2640 kg/m Nav = 6.02214×1023 atoms/mole t12 = 28.79 years
Transcribed Image Text:b) A typical fission reactor core has 30 metric tonnes of Uranium, which has been enriched to 3%. If it enriched to 3% and only about 5.7% (both by number) of the fission reactions produce strontium-90, how much strontium-90 is generated? How many moles of strontium is this? Sr-90 = 89.907738 g/mol Psr = 2640 kg/m Nav = 6.02214×1023 atoms/mole t12 = 28.79 years
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