Reference Guide

5-2 Equation Reference
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
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