Subject, var (subj, title) Pic EQ Pg

COLUMNS AND BEAMS, 22 **********(1)*****

Elastic Buckling (1,1)

Y

4

5-4

Eccentric Columns (1,2)

Y

2

5-4

Simple Deflection (1,3)

Y

1

5-5

Simple Slope (1,4)

Y

1

5-5

Simple Moment (1,5)

Y

1

5-6

Simple Shear (1,6)

Y

1

5-6

Cantilever Deflection (1,7) Y

1

5-7

Cantilever Slope (1,8)

Y

1

5-7

Cantilever Moment (1,9)

Y

1

5-7

Cantilever Shear (1,10)

Y

1

5-8

ELECTRICITY, 47 ****************(2)*****

Coulomb's Law (2,1)

 

N

1

5-10

Ohm's Law and Power

(2,2)

N

4

5-10

Voltage Divider (2,3)

Y

1

5-11

Current Divider (2,4)

Y

1

5-11

Wire Resistance (2,5)

Y

2

5-11

Series and Parallel

R (2,6) Y

2

5-12

Series and Parallel

C (2,7) Y

2

5-12

Series and Parallel

L (2,8)

Y

2

5-13

Capacitive Energy (2,9)

N

1

5-13

Inductive Energy (2,10)

N

1

5-13

RLC Current Delay (2,11)

Y

5

5-14

DC Capacitor Current (2,12)

N

3

5-14

Capacitor Charge (2,13)

N

1

5-14

DC Inductor Voltage

(2,14)

N

3

5-15

RC Transient (2,15)

 

Y

1

5-15

RL Transient (2,16)

 

N

1

5-15

Resonant Frequency (2,17)

N

4

5-16

Plate Capacitor (2,18)

Y

1

5-16

Cylindrical Capacitor (2,19)Y

1

5-16

Solenoid Inductance

(2,20)

Y

1

5-17

Toroid Inductance (2,21)

Y

1

5-17

Sinusoidal Voltage (2,22)

N

2

5-18

Sinusoidal Current (2,23)

N

2

5-18

FLUIDS, 24 *********************(3)*****

Pressure at Depth (3,1)

Y

1

5-19

Bernoulli

Equation

(3,2)

Y

10

5-19

Flow

with

Losses (3,3)

Y

10

5-20

Flow

in Full Pipes

(3,4)

Y

8

5-21

FORCES AND ENERGY, 32 **********(4)*****

Linear Mechanics (4,1)

N

8

5-22

Angular Mechanics (4,2)

N

12

5-23

Centripetal

Force (4,3)

N

4

5-23

Hooke’s Law

(4,4)

Y

2

5-23

1D Elastic Collisions (4,5) Y

2

5-24

Drag Force (4,6)

N

1

5-24

Law of Gravitation (4,7)

N

1

5-24

Mass-Energy

Relation (4,8)

N

1

5-24

GASES, 26 **********************(5)*****

Ideal Gas Law (5,1)

N

2

5-25

Ideal Gas State Change (5,2)N

1

5-26

Isothermal Expansion (5,3)

N

2

5-26

Polytropic Processes (5,4)

N

2

5-26

Isentropic Flow (5,5)

Y

4

5-26

Real Gas Law (5,6)

N

2

5-27

Real Gas State Change (5,7) N

1

5-27

Kinetic Theory (5,8)

N

4

5-28

5-2 Equation Reference

Subject, var (subj, title) Pic EQ Pg

HEAT TRANSFER, 23 *************(6)*****

Heat Capacity (6,1)

N

2

5-29

Thermal Expansion (6,2)

Y

2

5-29

Conduction (6,3)

Y

2

5-29

Convection (6,4)

Y

2

5-30

Conduction+Convection (6,5)Y

4

5-30

Black Body Radiation (6,6) Y

5

5-31

MAGNETISM, 11 *****************(7)*****

Straight Wire (7,1)

Y

1

5-32

Force between Wires (7,2)

Y

1

5-32

Magnetic (B) Field

 

 

 

in Solenoid (7,3)

Y

1

5-33

Magnetic (B) Field

 

 

 

in Toroid (7,4)

Y

1

5-33

MOTION, 30 ********************(8)*****

Linear Motion (8,1)

N

4

5-35

Object in Free Fall (8,2)

N

4

5-35

Projectile Motion (8,3)

Y

5

5-35

Angular Motion (8,4)

N

4

5-36

Circular Motion (8,5)

N

3

5-36

Terminal Velocity (8,6)

N

1

5-36

Escape Velocity (8,7)

N

1

5-36

OPTICS, 10 ********************(9)*****

Law of Refraction (9,1)

Y

1

5-37

Critical Angle (9,2)

Y

1

5-38

Brewster’s Law (9,3)

Y

2

5-38

Spherical Reflection (9,4) Y

3

5-39

Spherical Refraction (9,5) Y

1

5-39

Thin Lens (9,6)

Y

3

5-39

OSCILLATIONS, 17 *************(10)*****

Mass-Spring System (10,1)

Y

3

5-41

Simple Pendulum (10,2)

Y

3

5-41

Conical Pendulum (10,3)

Y

4

5-42

Torsional Pendulum (10,4)

Y

3

5-42

Simple Harmonic (10,5)

N

4

5-42

 

PLANE GEOMETRY, 21 ***********(11)*****

Circle (11,1)

Y

5

5-44

Ellipse (11,2)

Y

5

5-44

Rectangle (11,3)

Y

5

5-45

Regular Polygon (11,4)

Y

6

5-45

Circular Ring (11,5)

Y

4

5-46

Triangle (11,6)

Y

5

5-46

 

SOLID GEOMETRY, 12 ***********(12)*****

Cone (12,1)

Y

5

5-47

Cylinder (12,2)

Y

5

5-48

Parallelpiped (12,3)

Y

4

5-48

Sphere (12,4)

Y

4

5-49

 

SOLID STATE DEVICES, 60 ******(13)*****

PN Step Junctions (13,1)

Y

8

5-52

NMOS Transistors (13,2)

Y

10

5-53

Bipolar Transistors (13,3) Y

8

5-54

JFETs (13,4)

Y

7

5-54

 

STRESS ANALYSIS, 28 **********(14)*****

Normal Stress (14,1)

Y

3

5-57

Shear Stress (14,2)

Y

3

5-57

Stress on an Element (14,3)Y

3

5-57

Mohr’s Circle (14,4)

Y

7

5-58

 

WAVES, 16 ********************(15)***

Transverse Waves (15,1)

Y

4

5-59

Longitudinal Waves (15,2)

N

4

5-59

Sound Waves (15,3)

N

4

5-60