oman's Interacti X 68U9zhHgbWASuJSIN7n6mmMh30WJVXTzxEOQhl/edit tensions Help S 100 120 Spanish 24 and 2B Portfolio Infor X Calibri - 18 (a) on UA BIU + on + U (b) on t C 3 6. Explain why energy cannot be on the left side of an equation modeling nuclear fusion. 1 The following equation describes a typical fusion reaction that occurs in the sun. H + → He +n + energy Write the symbol for the missing reactant. 235U 235 U → 92 4 = Copy of Unit 7 Sample Work Which of these reactions successfully models a nuclear fission reaction? 239 + 239 U → 22U + energy 146 $7 ✔ → La + 20 « @ @ =- £ *- 5 87 + Br + 3n energy 6 What do nuclear fission, nuclear fusion, and radioactive decay have in common? How do they differ? 67°F
oman's Interacti X 68U9zhHgbWASuJSIN7n6mmMh30WJVXTzxEOQhl/edit tensions Help S 100 120 Spanish 24 and 2B Portfolio Infor X Calibri - 18 (a) on UA BIU + on + U (b) on t C 3 6. Explain why energy cannot be on the left side of an equation modeling nuclear fusion. 1 The following equation describes a typical fusion reaction that occurs in the sun. H + → He +n + energy Write the symbol for the missing reactant. 235U 235 U → 92 4 = Copy of Unit 7 Sample Work Which of these reactions successfully models a nuclear fission reaction? 239 + 239 U → 22U + energy 146 $7 ✔ → La + 20 « @ @ =- £ *- 5 87 + Br + 3n energy 6 What do nuclear fission, nuclear fusion, and radioactive decay have in common? How do they differ? 67°F
Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter25: Nuclear Chemistry
Section: Chapter Questions
Problem 51GQ
Related questions
Question
Transcribed Image Text:oman's Interacti X
68U9zhHgbWASuJSIN7n6mmMh30WJVXTzxEOQhl/edit
tensions Help
S
100
120
Spanish 24 and 2B Portfolio Infor X
Calibri -
18
(a) on
UA
BIU
+
on + U
(b) on t
C
3
6. Explain why energy cannot be on the left side of an equation modeling nuclear fusion.
1
The following equation describes a typical fusion reaction that occurs in the sun.
H +
→ He +n + energy
Write the symbol for the missing reactant.
235U
235 U →
92
4
= Copy of Unit 7 Sample Work
Which of these reactions successfully models a nuclear fission reaction?
239
+ 239 U →
22U + energy
146
$7
✔
→ La +
20
« @ @ =- £ *-
5
87
+
Br + 3n energy
6
What do nuclear fission, nuclear fusion, and radioactive decay have in common? How do they differ?
67°F
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