Select the balanced nuclear equation for each of the following changes. (a) beta emission from aluminum-30 13 30 Al + -e → 12 Mg Al 99 252 99 30 ie+ 14 Si Al → _je+ Al → He + 30 14 Es + je → Es->> Es → (b) alpha emission from einsteinium-252 Es 26 11 Si 252 je +²98 _je+ Na 252 98 252 100 Cf 248 He + Bk 97 Fm Cf (c) electron capture by molybdenum-93 42 Mo + e → Nb 92 Mo->> 42 je +2 Nb je + 43 Tc 89 He + 40 Zr 00 Mo → Mo (d) positron emission by phosphorus-28 P→ P P + P 93 41 24 He +13 Al 28 je + 14 je → Si 28 14 -ie+ 28 16 Si S

Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
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Chapter18: Nuclear Chemistry
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Problem 27QRT
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Select the balanced nuclear equation for each of the following changes.
(a) beta emission from aluminum-30
13
30
Al + -e → 12 Mg
Al
99
252
99
30
ie+ 14 Si
Al →
_je+
Al → He +
30
14
Es + je →
Es->>
Es →
(b) alpha emission from einsteinium-252
Es
26
11
Si
252
je +²98
Na
252
98
Cf
Cf
252
_je + 100
He + Bk
248
97
Fm
(c) electron capture by molybdenum-93
42
Mo + e → Nb
92
Mo->>
42
je +2 Nb
je + 43 Tc
89
He + 40 Zr
00
Mo →
Mo
(d) positron emission by phosphorus-28
P→
P
P +
P
93
41
24
He +13 Al
28
je + 14
je →
Si
28
14
Si
-ie+ 28 S
16
Transcribed Image Text:Select the balanced nuclear equation for each of the following changes. (a) beta emission from aluminum-30 13 30 Al + -e → 12 Mg Al 99 252 99 30 ie+ 14 Si Al → _je+ Al → He + 30 14 Es + je → Es->> Es → (b) alpha emission from einsteinium-252 Es 26 11 Si 252 je +²98 Na 252 98 Cf Cf 252 _je + 100 He + Bk 248 97 Fm (c) electron capture by molybdenum-93 42 Mo + e → Nb 92 Mo->> 42 je +2 Nb je + 43 Tc 89 He + 40 Zr 00 Mo → Mo (d) positron emission by phosphorus-28 P→ P P + P 93 41 24 He +13 Al 28 je + 14 je → Si 28 14 Si -ie+ 28 S 16
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