13. Complete the following nuclear equations by filling in the missing then -pillymonottes bns-vsole ongina a 10.vmebesener aro classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, ds erls ni bermot AI-O al wo fission, or fusion. thw bns zby nisiqx3 feneric 24 a. 13A1 + [n] → Na + He 1 = 24 +4 131 b. 1331 → fe + [54xe] 53 Bombardment Beta 96 c. 26Zr + [HC] → n +22Mos 13ombardment 404
13. Complete the following nuclear equations by filling in the missing then -pillymonottes bns-vsole ongina a 10.vmebesener aro classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, ds erls ni bermot AI-O al wo fission, or fusion. thw bns zby nisiqx3 feneric 24 a. 13A1 + [n] → Na + He 1 = 24 +4 131 b. 1331 → fe + [54xe] 53 Bombardment Beta 96 c. 26Zr + [HC] → n +22Mos 13ombardment 404
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Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![13. Complete the following nuclear equations by filling in the missing atomic symbols then
and classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment,
fission, or fusion.
supe 16ebun ort eshw bas zbow gnizu nisiqxa
27
a. 13Al + [n]
+
1
b. 1331 →>>
=
Na + He
+4
24
220
d. [ Rn] → He + 24Po
86
131
-ie + [se]
10
j.
991
C. 40
26Zr + [HC] →n + 22 Mo Bombardment
42¹
26
g. 26Si → +1e + [3 A1]
99m Tc
eriqzords erls ni bermot AI-3 al woH e
144
e. 235U + n → [cs] + 39Rb + 2n fission
92
55
stiw bus abrow gniau nislax3 SAI-O arii of
f. 200 → [-e ] + 2F
ilizzot er
A
i. Be + n → [be]
4
h. 2H + [ ³ H] → He + n
Bombardment
Beta
or + [43]
99
Alpha
gad Jadw zsib lsmins 10 insiq s nerW .II
Beta sabun
Fusion
2201 s ni bnuot AI-O to tnuoms orld zi woH SE
10
Bomband ment
Positron
Gamma](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F63d86831-1bef-439c-ae79-2c658e3002fa%2F891146cf-63d1-4d22-abf5-2b2f0155e557%2F70rx3q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:13. Complete the following nuclear equations by filling in the missing atomic symbols then
and classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment,
fission, or fusion.
supe 16ebun ort eshw bas zbow gnizu nisiqxa
27
a. 13Al + [n]
+
1
b. 1331 →>>
=
Na + He
+4
24
220
d. [ Rn] → He + 24Po
86
131
-ie + [se]
10
j.
991
C. 40
26Zr + [HC] →n + 22 Mo Bombardment
42¹
26
g. 26Si → +1e + [3 A1]
99m Tc
eriqzords erls ni bermot AI-3 al woH e
144
e. 235U + n → [cs] + 39Rb + 2n fission
92
55
stiw bus abrow gniau nislax3 SAI-O arii of
f. 200 → [-e ] + 2F
ilizzot er
A
i. Be + n → [be]
4
h. 2H + [ ³ H] → He + n
Bombardment
Beta
or + [43]
99
Alpha
gad Jadw zsib lsmins 10 insiq s nerW .II
Beta sabun
Fusion
2201 s ni bnuot AI-O to tnuoms orld zi woH SE
10
Bomband ment
Positron
Gamma
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Step 1: Define nuclear reaction.
VIEWStep 2: Types of nuclear reactions.
VIEWStep 3: Complete nuclear equation and classify the reaction for (a).
VIEWStep 4: Complete nuclear equation and classify the reaction for (b).
VIEWStep 5: Complete nuclear equation and classify the reaction for (c).
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