In the nuclear fission below, what is the energy released when 1 kg of U- 235 undergoes such a reaction? The numbers below each element (or subatomic particle) are in atomic mass unit. Be careful. 1.008 7 + O 235 U 235.0439 138 56 Ba 137.905 0 4.1 x 10^15 J. O 5.8 x 10^15 J. 6.2 x 10^15 J. 7.5 x 10^15 J. 8.3 x 10^15 J. + 4Nb 92.906 0 + 5 on 1.008 7 + 5_je 0.000 55
In the nuclear fission below, what is the energy released when 1 kg of U- 235 undergoes such a reaction? The numbers below each element (or subatomic particle) are in atomic mass unit. Be careful. 1.008 7 + O 235 U 235.0439 138 56 Ba 137.905 0 4.1 x 10^15 J. O 5.8 x 10^15 J. 6.2 x 10^15 J. 7.5 x 10^15 J. 8.3 x 10^15 J. + 4Nb 92.906 0 + 5 on 1.008 7 + 5_je 0.000 55
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:In the nuclear fission below, what is
the energy released when 1 kg of U-
235 undergoes such a reaction?
The numbers below each element
(or subatomic particle) are in
atomic mass unit. Be careful.
1.008 7
+
O
235 U
235.0439
138
56 Ba
137.905 0
4.1 x 10^15 J.
O 5.8 x 10^15 J.
6.2 x 10^15 J.
7.5 x 10^15 J.
8.3 x 10^15 J.
+
4Nb
92.906 0
+
5 on
1.008 7
+
5 je
0.000 55
Transcribed Image Text:In the nuclear fission below, what is
the energy released when 1 atom of
U-235 undergoes such a reaction?
The numbers below each element
(or subatomic particle) are in
atomic mass unit. Be careful.
on
1.008 7
O 168 MeV.
O 174 MeV.
O 182 MeV.
O 192 MeV.
O 1 035 MeV.
+
235.0439
138
137.905 0
+
93
41-
92.906 0
+
5 on
1.008 7
+
5 e
0.000 55
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