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Consider the following nuclear reaction: lon + 23592U -----> 23692U -----> Kr + 3!on + energy A: Find the missing product that makes this reaction. balanced. B: What type of nuclear reaction is this? C: Draw a diagram of the chain reaction that will be propagated by the three neutrons in the products. D: The energy released from fusion is much higher than the energy released during fission. Why, then, do we use fission to meet our energy needs instead of fusion (think about the conditions to make fusion

Consider the following nuclear reaction: lon + 23592U -----> 23692U -----> Kr + 3!on + energy A: Find the missing product that makes this reaction. balanced. B: What type of nuclear reaction is this? C: Draw a diagram of the chain reaction that will be propagated by the three neutrons in the products. D: The energy released from fusion is much higher than the energy released during fission. Why, then, do we use fission to meet our energy needs instead of fusion (think about the conditions to make fusion

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
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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41. Consider the following nuclear reaction: lon + 23592U ----> 23692U -----> + 9236 Kr +3!on + energy A: Find the missing product that makes this reaction balanced. B: What type of nuclear reaction is this? C: Draw a diagram of the chain reaction that will be propagated by the three neutrons in the products. D: The energy released from fusion is much higher than the energy released during fission. Why, then, do we use fission to meet our energy needs instead of fusion (think about the conditions to make fusion happen).
Transcribed Image Text:41. Consider the following nuclear reaction: lon + 23592U ----> 23692U -----> + 9236 Kr +3!on + energy A: Find the missing product that makes this reaction balanced. B: What type of nuclear reaction is this? C: Draw a diagram of the chain reaction that will be propagated by the three neutrons in the products. D: The energy released from fusion is much higher than the energy released during fission. Why, then, do we use fission to meet our energy needs instead of fusion (think about the conditions to make fusion happen).
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