Applied Mathematical and Physical Formulas Pocket Reference. Vukota Boljanovic
1.Pressure
2.Temperature
3.Density
4.Specific Volume
5.Molar Mass
6.Molar Volume
7.Heat
8.Specific Heat
9.Heat Conduction
10.Expansion of Solid Bodies
11.Expansion of Liquids
12.Expansion of Water
13.Fusion
14.Vaporization
15.Equation of State
16.The Charles Law for Temperature
17.Boyle’s Law for Pressure
18.Gay-Lussac’s Law for Temperature
19.Dalton’s Law of Partial Pressures
20.Combined Gas Law
21.The First Law of Thermodynamics
22.The Second Law of Thermodynamics
23.The Third Law of Thermodynamics
ELECTRICITY AND MAGNETISM
1.Coulomb’s Law
2.Electric Fields
3.Electric Flux
4.Gauss’ Law
5.Electric Potential
6.Electric Potential Energy
7.Capacitance
8.Capacitor
9.Electric Current
10.Current Density
11.Potential Difference
12.Resistance
13.Ohm’s Law
14.Series Circuits
15.Parallel Circuits
16.Series-Parallel Circuit
17.Joule’s Law
18.Kirchhoff’s Junction Law
19.Kirchhoff’s Loop Law
20.Resistors
21.Internal Resistance
22.Magnetic Forces on Moving Charges
23.Force on a Current-Carrying Wire
24.Magnetic Field of a Moving Charge
25.Magnetic Field of a Loop
26.Faraday’s Law
27.Properties of Alternating Current
28.Period
29.Frequency
30.Wavelength
31.Instantaneous Current and Voltage
32.Effective Current and Voltage
33.Maximum Current and Voltage
34.Ohm’s Law of AC Current Containing Only Resistance
35.AC Power
36.Changing Voltage with Transformers
37.Inductive Reactance
38.Inductance and Resistance in Series
39.Capacitance
40.Capacitance and Resistance in a Series
41.Capacitance, Inductance, and Resistance in Series
42.Power in AC Circuits
43.Parallel Circuit
LIGHT
1.Visible Light
2.Speed of Light
3.Light as a Particle
4.Luminous Intensity
5.Luminous Flux
6.Luminous Energy
7.Illuminance
8.Luminance
9.Laws of Reflection
10.Refraction
11.Polarization
12.Plane Mirrors
13.Concave Mirrors
14.Convex Mirrors
15.Mirror Formula
16.Lens Equation
WAVE MOTION AND SOUND
1.Definition and Graph
2.Wavelength
3.Amplitude
4.Velocity
5.Frequency
6.Period
7.Wave on a Stretched String
8.The Sinusoidal Wave
9.Electromagnetic Waves
10.Electromagnetic Energy
11.The Electromagnetic Spectrum
12.Sound Waves
13.Speed of Sound in Air
14.Sound Speed in Gases
15.The Doppler Effect
APPENDIX
1.Fundamental Physics Constants
INDEX
A comprehensive pocket reference guide giving students, engineers, toolmakers, metalworkers, and other specialists a wide range of mathematical and physical formulas in a handy format.
Great care has been taken to present all formulas concisely, simply, and clearly. All the information included is practical -- rarely used formulas are excluded.
Compactly arranged in an attractive, unique style, this reference book has just about every equation, definition, diagram, and formula that a user might want in doing undergraduate-level physics and mathematics.
Each year, these indispensable study guides will be a good help to hundreds of thousands of students to improve their test scores and final grades.
Thoroughly practical and authoritative, this book brings together in three parts more than a thousand formulas and figures to simplify review or to refresh your memory of what you studied in school. If you are in school now, and you don’t have a lot of time but want to excel in class, this book will help you brush up before tests, find answers fast, learn key formulas and geometric figures, study quickly, and learn more effectively.
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