3. Write balanced nuclear equations for the following reactions and identify X: b. AI (d,a) X e. X (d,2p) Li a. X (р,а) 12C d. Se (d.p) X c. Mn (n, Y) X f. 19B (n,a) X 25

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
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3. Write balanced nuclear equations for the following reactions and identify X:
a. X (р,а) 12с
d. Se (d.p) X
b. Al (d,a) X
e. X (d,2p) Li
c. Mn (n, Y) X
f. 19B (n,a) X
55
25
34
4. Write the balanced nuclear equations for the following:
a Beta decay of sodium-26
b. Alpha decay of 21283 Bi
C. Electron capture by 11049ln
d. Alpha decay of polonium-218
ė. Production of 24 95 Am through beta decay
f. Formation of 203,
g. Formation of Mn through positron emission
h. Formation of Polonium-215 through alpha decay
i Production of
Formation of Kr through electron capture
3 Bi through alpha decay
62
228
9AC through beta decay
81
66
LC
Transcribed Image Text:3. Write balanced nuclear equations for the following reactions and identify X: a. X (р,а) 12с d. Se (d.p) X b. Al (d,a) X e. X (d,2p) Li c. Mn (n, Y) X f. 19B (n,a) X 55 25 34 4. Write the balanced nuclear equations for the following: a Beta decay of sodium-26 b. Alpha decay of 21283 Bi C. Electron capture by 11049ln d. Alpha decay of polonium-218 ė. Production of 24 95 Am through beta decay f. Formation of 203, g. Formation of Mn through positron emission h. Formation of Polonium-215 through alpha decay i Production of Formation of Kr through electron capture 3 Bi through alpha decay 62 228 9AC through beta decay 81 66 LC
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