College physics for ap® courses

0.6 About College Physics for AP® Courses
0.7 Coverage, scope, and alignment to the ap® curriculum
0.18 To the ap® physics student
0.19 To the ap® physics teacher
1.4 Models, theories, and laws; the role of experimentation
2.2 Si units: fundamental and derived units
2.3 Units of time, length, and mass: the second, meter, and kilogram
2.8 Known ranges of length, mass, and time
2.10 Unit conversions: a short drive home
2.13 Problems & Exercises
3.3 Accuracy, precision, and uncertainty
3.9 Significant figures in this text
3.12 Problems & Exercises
4.2 Approximating vast numbers: a trillion dollars
4.4 Problems & Exercises
1.7 Problems & Exercises
3.7 Problems & Exercises
4.6 Problems & Exercises
5.2 Notation: t , x , v , a
5.4 Calculating displacement: how far does a car go when coming to a halt?
5.6 Problems & Exercises
7.9 Problems & Exercises
8.3 Graph of displacement vs. time ( a = 0, so v Is constant)
8.4 Graphs of motion when a Is constant but a ≠ 0
8.8 Problems & Exercises
1.2 Two-dimensional motion: walking in a city
2.3 Vector addition: head-to-tail method
2.11 Problems & Exercises
3.8 Problems & Exercises
4.3 Calculating projectile motion: hot rock projectile
4.7 Problems & Exercises
5.3 Calculating velocity: wind velocity causes an airplane to drift
5.5 Calculating relative velocity: an airline passenger drops a coin
5.8 Problems & Exercises
4.2 Getting up to speed: choosing the correct system
5.3 Weight on an incline, a two-dimensional problem
5.5 What is the tension in a tightrope?
5.6 Extended topic: real forces and inertial frames
7.4 What does the bathroom scale read in an elevator?
7.5 Integrating concepts: newton’s laws of motion and kinematics
8.2 Action at a distance: concept of a field
1.6 Problems & Exercises
2.4 Problems & Exercise
3.3 Sideways stress: shear modulus
3.4 Changes in volume: bulk modulus
3.7 Problems & Exercises
5.3 ”weightlessness” and microgravity
5.4 The cavendish experiment: then and now
1.7 Problems & Exercises
2.8 Problems & Exercises
3.3 Converting between potential energy and kinetic energy
3.9 Problems & Exercises
4.5 Using conservation of mechanical energy to calculate the speed of a toy
4.9 Problems & Exercises
5.8 Problems & Exercises
6.10 Problems & Exercises
7.2 What is power?
7.8 Problems & Exercises
8.7 Problems & Exercises
9.8 Problems & Exercises
1.7 Problems & Exercises
2.2 Calculating magnitudes of impulses: two billiard balls striking a rigid
2.6 Problems & Exercises
3.6 Problems & Exercises
4.6 Problems & Exercises
5.6 Problems & Exercises
6.7 Problems & Exercises
7.4 Problems & Exercises
2.5 Problems & Exercises
3.4 Problems & Exercises
6.5 Problems & Exercises
1.4 Problems & Exercises
2.4 Problems & Exercises
3.7 Problems & Exercises
4.4 How thick is the soup? or why don't all objects roll downhill at the
4.8 Problems & Exercises
5.8 Problems & Exercises
2.5 Problems & Exercises
3.5 Problems & Exercises
4.4 Problems & Exercises
5.6 Problems & Exercises
6.4 Problems & Exercises
7.3 Calculating buoyant force: dependency on shape
7.4 Density and archimedes' principle
8.7 Problems & Exercises
9.2 Pressure in the body
9.6 Other pressures in the body
9.11 Problems & Exercises
1.5 Problems & Exercises
2.11 Problems & Exercises
3.6 Problems & Exercises
4.7 Problems & Exercises
5.4 Problems & Exercises
1.7 Problems & Exercises
2.6 Problems & Exercises
3.8 Problems & Exercises
4.2 Calculating kinetic energy and speed of a gas molecule
4.4 Calculating temperature: escape velocity of helium atoms
4.8 Problems & Exercises
5.5 Vapor pressure, partial pressure, and dalton’s law
6.6 Problems & Exercises
2.6 Problems & Exercises
3.6 Problems & Exercises
5.7 Problems & Exercises
6.2 Calculating heat transfer by convection: convection of air through the
6.6 Problems & Exercises
1.4 Calculating change in internal energy: the same change in U Is produced
1.9 Problems & Exercises
6.2 Entropy increases in an irreversible (real) process
6.4 Heat death of the universe: an overdose of entropy
6.6 Life, evolution, and the second law of thermodynamics
1.6 Problems & Exercises
3.2 The link between simple harmonic motion and waves
3.6 Problems & Exercises
4.5 Problems & Exercises
5.5 Problems & Exercises
7.2 Damping an oscillatory motion: friction on an object connected to a
7.6 Problems & Exercises
8.5 Problems & Exercises
9.6 Problems & Exercises
10.7 Problems & Exercises
11.2 Determine the combined intensity of two waves: perfect constructive
11.5 Problems & Exercises
4.2 Calculate doppler shift: a train horn
4.7 Problems & Exercises
5.5 Problems & Exercises
6.4 Problems & Exercises
7.4 Calculate velocity of blood: doppler-shifted ultrasound
7.7 Problems & Exercises
1.7 Problems & Exercises
2.7 Problems & Exercises
3.8 Problems & Exercises
4.5 Problems & Exercises
8.10 Problems & Exercises
1.7 Problems & Exercises
2.5 Problems & Exercises
3.4 Problems & Exercises
4.5 Problems & Exercises
5.7 Problems & Exercises
6.6 Problems & Exercises
7.5 Problems & Exercises
1.7 Problems & Exercises
2.7 Problems & Exercises
3.7 Problems & Exercises
5.3 Why use ac for power distribution?
1.3 Calculating resistance, current, voltage drop, and power dissipation:
1.5 Calculating resistance, current, power dissipation, and power output:
1.7 Calculating resistance, IR Drop, current, and power dissipation: combining
2.5 Calculating terminal voltage, power dissipation, current, and resistance
3.5 Calculating current: using kirchhoff’s rules
4.2 Analog meters: galvanometers
6.4 Integrated concept problem: calculating capacitor size—strobe lights
2.4 Current: the source of all magnetism
4.6 Problems & Exercises
5.5 Problems & Exercises
6.5 Problems & Exercises
7.4 Problems & Exercises
8.4 Problems & Exercises
10.5 Problems & Exercises
11.8 Problems & Exercises
1.5 Problems & Exercises
2.6 Problems & Exercises
3.4 Problems & Exercises
4.6 Problems & Exercises
5.5 Problems & Exercises
7.5 Problems & Exercises
8.5 Problems & Exercises
9.6 Problems & Exercises
11.7 Problems & Exercises
12.7 Problems & Exercises
1.4 Problems & Exercises
2.2 Electric and magnetic waves: moving together
2.4 Relating E -field and B -field strengths
2.8 Problems & Exercises
3.2 Transmission, reflection, and absorption
3.10 Integrated concept problem: correcting vision with lasers
3.21 Problems & Exercises
4.4 Problems & Exercises
1.4 Problems & Exercises
3.7 Problems & Exercises
4.2 Fiber optics: endoscopes to telephones
4.8 Problems & Exercises
5.3 Problems & Exercises
6.10 Problems & Exercises
7.9 Problems & Exercises
3.5 Problems & Exercises
4.2 Calculating typical diffraction grating effects
4.6 Problems & Exercises
5.5 Problems & Exercises
6.6 Problems & Exercises
7.2 Soap bubbles: more than one thickness can be constructive
7.7 Problems & Exercises
8.8 Problems & Exercises
2.7 Problems & Exercises
3.4 Calculating length contraction: the distance between stars contracts
3.7 Problems & Exercises
4.8 Problems & Exercises
6.4 Calculating rest mass: a small mass increase due to energy input
6.6 Comparing kinetic energy: relativistic energy versus classical kinetic
6.11 Problems & Exercises
1.7 Problems & Exercises
2.6 Problems & Exercises
3.8 Problems & Exercises
4.9 Problems & Exercises
6.8 Problems & Exercises
7.7 Problems & Exercises
8.7 Problems & Exercises
1.4 Problems & Exercises
3.8 Problems & Exercises
1.3 Alpha, beta, and gamma
3.6 Problems & Exercises
4.8 Problems & Exercises
5.3 Activity, the rate of decay
5.9 Problems & Exercises
6.7 Problems & Exercises
1.5 Problems & Exercises
2.9 Problems & Exercises
3.5 Problems & Exercises
5.6 Problems & Exercises
3.7 Problems & Exercises
4.5 Forces, reactions, and reaction rates
4.10 Problems & Exercises
5.3 How does it work?
5.5 Now, let us talk about direct evidence
5.7 What's color got to do with it?—a whiter shade of pale
5.12 Problems & Exercises
6.4 Problems & Exercises
2.6 Problems & Exercises

Source:  OpenStax, College physics for ap® courses. OpenStax CNX. Nov 04, 2016 Download for free at https://legacy.cnx.org/content/col11844/1.14
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