Publisher: OpenStax.
Cited passages: University Physics Volume 2, §3.2, “Internal Energy”, equation 3.5 and the discussion of molecular motion; §3.2, “Internal Energy”: molecular speeds relative to the center of mass; moving-train and roof examples.
Cited passages: OpenStax, §3.2: pressure-volume work and the isothermal integral.
Cited passages: University Physics Volume 2, §1.5, figure 1.18 and equations 1.7–1.8: molecular attractions and constant-temperature phase conversion.
Cited passages: Ling, Moebs and Sanny, OpenStax, Phase changes: fixed-pressure plateaux and latent heat; OpenStax, Phase changes and heating curves; OpenStax, §1.5: fusion and specific latent heat.
Cited passages: University Physics Volume 2, §7.2, equations 7.4–7.7: energy per charge, work and potential difference.
Cited passages: OpenStax, University Physics II, §7.2: potential difference, work, and energy.
Cited passages: University Physics Volume 2, §7.3, equation 7.8 and Figure 7.18: infinity and ground references; University Physics Volume 2, §7.3: point-charge potential and scalar superposition.
Cited passages: OpenStax, University Physics II, §7.3: potential references, including ground in Figure 7.18.
Cited passages: University Physics Volume 2, §7.4, equations 7.13–7.15: components and negative gradient; University Physics Volume 2, §7.4: voltage gradient in a uniform field.
Cited passages: University Physics Volume 2, §7.5, Figures 7.30–7.32: equipotentials, perpendicular field and zero work.
Cited passages: University Physics Volume 2, §10.4, Measuring Voltage with a Voltmeter: parallel connection and large input resistance.
Cited passages: University Physics Volume 2, §4.2, equations 4.1–4.2: heat-engine balance and efficiency.
Cited passages: §3.4, “Isothermal Processes”, Figure 3.9 and the discussion of removing piston weights in infinitesimal steps.
Cited passages: University Physics Volume 2, §11.5, equations 11.20–11.22: loop moment, winding count and torque; University Physics Volume 2, §11.5, equations 11.22–11.23: vector torque and orientation energy.
Cited passages: Ling, Sanny and Moebs, §9.5: electrical power and heating; Ling, Sanny and Moebs, §9.5: power in watts.
Cited passages: Ling, Moebs and Sanny, University Physics Volume 2, section 1.1: temperature and the zeroth law; Ling, Moebs and Sanny, section 1.1: naming the zeroth law; Samuel J. Ling, William Moebs and Jeff Sanny, OpenStax University Physics Volume 2, section 1.1.
A section of University Physics Volume 2, published 6 October 2016, by Samuel J. Ling, William Moebs and Jeff Sanny. These are verified whole-book authors; no distinct chapter author is inferred.
Cited passages: OpenStax University Physics Volume 2, section 2.1: departures from ideal-gas behavior; OpenStax University Physics Volume 2, section 2.1: molecular model and ideal gas law; OpenStax University Physics Volume 2, section 2.1: particle-count and molar forms; OpenStax, University Physics Volume 2, section 2.1: the ideal gas law; §2.1, The Gas Laws, Figure 2.4, and equations 2.1–2.2: fixed temperature and particle number, absolute pressure, and the dilute-gas limit.
Cited passages: §8.5, Figures 8.19–8.20 and the thermal-fluctuation qualification following Figure 8.20; §8.5, dielectric breakdown paragraph immediately before the definition of dielectric strength; §8.5, paragraph following Table 8.1: high dielectric constant does not ensure a good insulator; mobile ions permit conduction; §8.5: dielectric strength definition and voltage limit for a specified plate separation.
Cited passages: §8.4, Figure 8.17 and equation (8.11): isolated capacitor, unchanged free plate charge and increased capacitance.

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