Problem 4_Ch.32

201737

37102.1

104

102.1

102.13

15

15

315

3

15 31

ZAN

rA

Ar

The atomic number for chlorine Z = 17

Problem 5_Ch.32

317315

34

27

334

/103.2102.1228

1067.1228mkg

r

Am

V

Ma

Problem 7_Ch.32

fmdd

UKBut

d

qZZk

d

qqkUb

smm

KvmvKBut

kgAmm

J

eVMeVKa

Au

454

106.17921099.81080.0

/109.41068.6

1080.022

2

1

1068.61067.14

1080.0

106.11050.01050.050.0

219913

221

627

132

2727

13

1966

Problem 13_Ch.32

HeHeHLi 42

42

11

73

Problem 14_Ch.32

HeRaTh 42

23088

23490

Problem 22_Ch.32

165

5

sec1044.21083.2

2ln2ln

22

12

1

sec1083.260602428.328.3

21

21

21

21

21

T

ee

TtatNNBut

dT

TT

o

Problem 23_Ch.32

sec9.77109.8

2ln2ln2ln

22

12

1

321

21

21

21

21

TT

ee

TtatNN

TT

o

Problem 27_Ch.32

nucleiNN

decayorBq

BqCiR

NRb

hT

a

95

44

44

1066

151

1081.11005.3

1055.51055.5

sec/1055.51055.5

107.31050.11050.1

sec1005.311.005.6

2ln2ln

21

Problem 28_Ch.32

360025.11005.34

44

1066

5

1055.5

sec/1055.51055.5

107.31050.11050.1

eeRR

decayorBq

BqCiR

to

o

Problem 52_Ch.32

radprotons

rem rad

10410

1040 todue radin dose

10402052 todue remin dose

Problem 53_Ch.32

rad

rem rad

10001

1000ray- x todue radin dose

10002050 ionsheavy todue remin dose

20)(RBE particles- ionsHeavy

Problem 54_Ch.32

increased. is RBE

theif decrease willabsorbedenergy theRBE, the toalproportioninversely is absorbedenergy theSince

3.2681046.3Energy Absorbed

/01.0

1046.346.3

15

1052 radin dosea

5

33

b

mJ

kgJmrad