SOLUTIONS MANUAL d
for elementary mechanics & t
d d d d
hermodynamics
Professor John W. Norbury
d d d
PhysicsdDepartmentdUniversit
ydofdWisconsin-Milwaukee
P.O.d Boxd 413
Milwaukee,d WId 53201
Novemberd 20,d 2000
,2
,Contents
1 MOTIONd ALONGd Ad STRAIGHTd LINE 5
2 VECTORS 15
3 MOTIONd IN d2 d& d 3d DIMENSIONS 19
4 FORCEd &d MOTIONd -d I 35
5 FORCEd &d MOTIONd -d II 37
6 KINETICd ENERGYd &d WORK 51
7 POTENTIALd ENERGYd &d CONSERVATIONd OFd ENERGYd d 53
8 SYSTEMSd OFd PARTICLES 57
9 COLLISIONS 61
10 ROTATION 65
11 ROLLING,d TORQUEd &d ANGULARd MOMENTUM 75
12 OSCILLATIONS 77
13 WAVESd -d I 85
14 WAVESd -d II 87
15 TEMPERATURE,d HEATd &d 1STd LAWd OFd THERMODY-
dNAMICS 93
16 KINETICd THEORYd OFd GASES 99
3
, 4 CONTENTS
17 Reviewd ofd Calculus 103
for elementary mechanics & t
d d d d
hermodynamics
Professor John W. Norbury
d d d
PhysicsdDepartmentdUniversit
ydofdWisconsin-Milwaukee
P.O.d Boxd 413
Milwaukee,d WId 53201
Novemberd 20,d 2000
,2
,Contents
1 MOTIONd ALONGd Ad STRAIGHTd LINE 5
2 VECTORS 15
3 MOTIONd IN d2 d& d 3d DIMENSIONS 19
4 FORCEd &d MOTIONd -d I 35
5 FORCEd &d MOTIONd -d II 37
6 KINETICd ENERGYd &d WORK 51
7 POTENTIALd ENERGYd &d CONSERVATIONd OFd ENERGYd d 53
8 SYSTEMSd OFd PARTICLES 57
9 COLLISIONS 61
10 ROTATION 65
11 ROLLING,d TORQUEd &d ANGULARd MOMENTUM 75
12 OSCILLATIONS 77
13 WAVESd -d I 85
14 WAVESd -d II 87
15 TEMPERATURE,d HEATd &d 1STd LAWd OFd THERMODY-
dNAMICS 93
16 KINETICd THEORYd OFd GASES 99
3
, 4 CONTENTS
17 Reviewd ofd Calculus 103
