ProtonsFussion-largersotopeission-largew isotopeSanall - SmallВовореombardment+ langer orellerLorgec/smallofragenoton!meltran13. Complete the following nuclear equations by filling in the missing atomic symbols thenclassify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment,fission, or fusion.2 Reaction27134a. 23Al + [n]13Tractantj.b. 133153Treactant96₁⁹Zr + [C. 404-3→-2Beta131sỹ_ie + [54Xe]1i. Be + n2411111Na + He2Productnegatived. [n] → He + 216Po284.->>f. 280 → []+ 20F] → n +nextral4399m Tc → Oy +2614Si tie + [5]"Positron13236145.e. 92al37235U + In → [55C5] + 39Rb + 2n Fission2X1→ [462]h. 2H + [²H] → He + nneutral9942Mo4443¹4]bombardmentbetaAlphaPositronFusionGumma

Nuclear reactions are processes in which one or more nuclides are produced from the collisions…

Ms 13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion.. 2 Reaction a. b. d. e. 27 23A1 + [n] 13 Iradent 1331 → Treactant -3 26 14 -2 c. 26Zr + [¹] → n 991 404 + 42¹ betu re + Ly Xe] f. 200 → []+ 20F i. Be + n Product He + 216Po 84 Na + He 236 235U + n → [55] + 39Rb + 2n Fission 145. al 211 - negative 26 +ie + [₁5₁] 0 Positron neutral [482] h. 2H + [H] →→ He + n neutral 1.9⁹Tc → Oy + [¹ or j. 99m 43 bombardment beta Alpha Positron Fusion Gamma

Ms 13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion.. 2 Reaction a. b. d. e. 27 23A1 + [n] 13 Iradent 1331 → Treactant -3 26 14 -2 c. 26Zr + [¹] → n 991 404 + 42¹ betu re + Ly Xe] f. 200 → []+ 20F i. Be + n Product He + 216Po 84 Na + He 236 235U + n → [55] + 39Rb + 2n Fission 145. al 211 - negative 26 +ie + [₁5₁] 0 Positron neutral [482] h. 2H + [H] →→ He + n neutral 1.9⁹Tc → Oy + [¹ or j. 99m 43 bombardment beta Alpha Positron Fusion Gamma

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Concept explainers

Writing and Balancing Nuclear Equations

A nuclear equation is a symbolic representation of a nuclear reaction using certain symbols. It is studied in nuclear chemistry and nuclear physics.

Question

Protons
Fussion-larger
sotope
ission-large
w isotope
Sanall - Small
Воворе
ombardment
+ langer or
eller
Lorge
c/small
of
ragenoton!
meltran
13. Complete the following nuclear equations by filling in the missing atomic symbols then
classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment,
fission, or fusion.
2 Reaction
27
134
a. 23Al + [n]
13
Tractant
j.
b. 1331
53
Treactant
96₁
⁹Zr + [
C. 404
-3
→
-2
Beta
131
sỹ
_ie + [54Xe]
1
i. Be + n
241
11
11Na + He
2
Product
negative
d. [n] → He + 216Po
2
84
.
->>
f. 280 → []+ 20F
] → n +
nextral
43
99m Tc → Oy +
26
14Si tie + [5]
"Positron
13
236
145.
e. 92
al
37
235U + In → [55C5] + 39Rb + 2n Fission
2X1
→ [462]
h. 2H + [²H] → He + n
neutral
99
42Mo
44
43¹4]
bombardment
beta
Alpha
Positron
Fusion
Gumma

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