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College physics (engineering physics 2, tuas)
OpenStax
@
Fluid statics
What is a fluid?
0.1
Section summary
0.2
Conceptual questions
1
Density
2
Pressure
3
Variation of pressure with depth in a fluid
4
Pascal’s principle
5
Gauge pressure, absolute pressure, and pressure measurement
6
Archimedes’ principle
7
Useful information
8
Glossary of key symbols and notation
9
Physical quantities and units
Fluid dynamics
Introduction to fluid dynamics
1
Flow rate and its relation to velocity
2
Bernoulli’s equation
3
The most general applications of bernoulli’s equation
4
Viscosity and laminar flow; poiseuille’s law
5
The onset of turbulence
Temperature, kinetic theory, and the gas laws
Introduction to temperature, kinetic theory, and the gas laws
1
Temperature
1.1
Temperature scales
1.2
Temperature ranges in the universe
1.3
Thermal equilibrium and the zeroth law of thermodynamics
1.4
Section summary
1.5
Conceptual questions
1.6
Problems & Exercises
2
Thermal expansion of solids and liquids
3
The ideal gas law
4
Phase changes
5
Humidity, evaporation, and boiling
5.1
Calculating density using vapor pressure
5.2
Calculating humidity and dew point
5.3
Section summary
5.4
Conceptual questions
5.5
Problems & Exercises
Heat and heat transfer methods
Introduction to heat and heat transfer methods
1
Heat
2
Temperature change and heat capacity
2.1
Calculating the temperature increase from the work done on a substance
2.2
Calculating the final temperature when heat is transferred between two
2.3
Summary
2.4
Conceptual questions
2.5
Problems & Exercises
3
Phase change and latent heat
4
Heat transfer methods
5
Conduction
6
Convection
7
Radiation
Thermodynamics
Introduction to thermodynamics
1
The first law of thermodynamics
1.1
Heat Q And work W
1.2
Internal energy U
1.3
Calculating change in internal energy: the same change in U Is produced
1.4
Human metabolism and the first law of thermodynamics
1.5
Section summary
1.6
Conceptual questions
1.7
Problems & Exercises
2
The first law of thermodynamics and some simple processes
2.1
PV Diagrams and their relationship to work done on or by a gas
2.2
Total work done in a cyclical process equals the area inside the closed
2.3
Reversible processes
2.4
Section summary
2.5
Conceptual questions
2.6
Problem exercises
3
Introduction to the second law of thermodynamics: heat engines and their
4
Carnot’s perfect heat engine: the second law of thermodynamics restated
5
Applications of thermodynamics: heat pumps and refrigerators
5.1
Heat pumps
5.2
Air conditioners and refrigerators
5.3
Section summary
5.4
Conceptual questions
5.5
Problem exercises
Electric charge and electric field
Static electricity and charge: conservation of charge
1
Conductors and insulators
2
Coulomb’s law
3
Applications of electrostatics
Electric potential and electric field
Electric potential energy: potential difference
1
Capacitors and dielectrics
2
Capacitors in series and parallel
3
Energy stored in capacitors
Electric current, resistance, and ohm's law
Introduction to electric current, resistance, and ohm's law
1
Current
2
Ohm’s law: resistance and simple circuits
3
Resistance and resistivity
4
Electric power and energy
4.1
Power in electric circuits
4.2
The cost of electricity
4.3
Section summary
4.4
Conceptual questions
4.5
Problem exercises
5
Alternating current versus direct current
6
Electric hazards and the human body
6.1
Thermal hazards
6.2
Shock hazards
6.3
Section summary
6.4
Conceptual questions
6.5
Problem exercises
Circuits and dc instruments
Introduction to circuits and dc instruments
1
Resistors in series and parallel
2
Electromotive force: terminal voltage
3
Kirchhoff’s rules
3.1
Kirchhoff’s first rule
3.2
Kirchhoff’s second rule
3.3
Applying kirchhoff’s rules
3.4
Calculating current: using kirchhoff’s rules
3.5
Section summary
3.6
Conceptual questions
3.7
Problem exercises
4
Dc voltmeters and ammeters
4.1
Analog meters: galvanometers
4.2
Galvanometer as voltmeter
4.3
Galvanometer as ammeter
4.4
Taking measurements alters the circuit
4.5
Section summary
4.6
Conceptual questions
4.7
Problem exercises
5
Null measurements
6
Dc circuits containing resistors and capacitors
Magnetism
Introduction to magnetism
1
Magnets
2
Ferromagnets and electromagnets
2.1
Ferromagnets
2.2
Electromagnets
2.3
Current: the source of all magnetism
2.4
Section summary
3
Magnetic fields and magnetic field lines
3.1
Section summary
3.2
Conceptual questions
4
Magnetic field strength: force on a moving charge in a magnetic field
5
The hall effect
6
Magnetic force on a current-carrying conductor
7
Torque on a current loop: motors and meters
7.1
Section summary
7.2
Conceptual questions
7.3
Problems & Exercises
8
Magnetic fields produced by currents: ampere’s law
8.1
Magnetic field created by a long straight current-carrying wire: right
8.2
Ampere’s law and others
8.3
Magnetic field produced by a current-carrying circular loop
8.4
Magnetic field produced by a current-carrying solenoid
8.5
Section summary
8.6
Conceptual questions
9
Magnetic force between two parallel conductors
Electromagnetic induction, ac circuits, and electrical technologies
Introduction to electromagnetic induction, ac circuits and electrical
1
Induced emf and magnetic flux
2
Faraday’s law of induction: lenz’s law
3
Motional emf
3.1
Section summary
3.2
Conceptual questions
3.3
Problems & Exercises
4
Eddy currents and magnetic damping
5
Electric generators
6
Back emf
7
Transformers
8
Electrical safety: systems and devices
9
Inductance
Source:
OpenStax, College physics (engineering physics 2, tuas). OpenStax CNX. May 08, 2014 Download for free at http://legacy.cnx.org/content/col11649/1.2
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