Solutions for Pearson eText for College Physics: Explore and Apply -- Instant Access (Pearson+)
Problem 4RQ:
Review Question 12.4 Ken says that the temperature of a gas measured in kelvins is the average...Problem 8RQ:
Review Question 12.8 How do we know that the Sun’s thermal energy is not the main source of the...Problem 9MCQ:
9. How might physicists have come to know that at a constant temperature and constant mass, the...Problem 10MCQ:
10. A cylindrical container is filled with a gas. On the top of the container sits a heavy piston...Problem 12MCQ:
A completely closed rigid container of gas is taken from the oven and placed in ice water. Which...Problem 16MCQ:
Which of the following conditions are crucial for performing an isothermal compression of a gas (see...Problem 18CQ:
18. Why does it hurt to walk barefoot on gravel?
Problem 19CQ:
19. In the magic trick in which a person lies on a bed of nails, why doesn’t the person get hurt by...Problem 20CQ:
What does it mean if the density of a gas is 1.29 kg/m3?Problem 22CQ:
22. Imagine that you have an unknown gas. What experiments do you need to do and what real equipment...Problem 26CQ:
26. (a) Describe experiments that were used to test the predictions of the molecular kinetic theory....Problem 28CQ:
Why do very light gases such as hydrogen not exist in Earth's atmosphere but do exist in the...Problem 1P:
What are the molar masses of molecular and atomic hydrogen, helium, oxygen, and nitrogen? What are...Problem 3P:
The average particle density in the Milky Way galaxy is about one particle per cubic centimeter...Problem 4P:
* (a) What is the concentration (number per cubic meter) of the molecules in air at normal...Problem 6P:
6. You find that the average gauge pressure in your car tires is about 35 psi. (a) How many newtons...Problem 10P:
10. You have five molecules with the following speeds: 300 m/s, 400 m/s, 450 m/s, and 550 m/s.
(a)...Problem 11P:
11.Two gases in different containers have the same concentration and same rms speed. The mass of a...Problem 12P:
12. Four molecules are moving with the following velocities: 300 m/s south, 300 m/s north, 400 m/s...Problem 14P:
* Friends throw snowballs at the wall of a 3.0m6.0m barn. The snowballs have mass 0.10 kg and hit...Problem 18P:
Air consists of many different molecules, for example, N2,O2,H2O,andCO2. Which molecules are the...Problem 20P:
20. Air is a mixture of molecules of different types. Compare the rms speeds of the molecules of ...Problem 23P:
23. ** A molecule moving at speed collides head-on with a molecule of the same mass moving at speed...Problem 26P:
* Even the best vacuum pumps cannot lower the pressure in a container below 1015 atm. How many...Problem 29P:
* The following data were collected for the temperature and volume of a gas. Can this gas be...Problem 32P:
32. * When surrounded by air at a pressure of 1.0 x 105 N/m2, a basketball has a radius of 0.12 m....Problem 33P:
33. * Some students are given the following problem: “A 5000-cm3” cylinder is filled with nitrogen...Problem 34P:
34. ** You have gas in a container with a movable piston. The walls of the container are thin enough...Problem 36P:
* Bubbles While snorkeling, you see air bubbles leaving a crevice at the bottom of a reef. One of...Problem 38P:
* Mount Everest (a) Determine the number of molecules per unit volume in the atmosphere at the top...Problem 42P:
42. * Car tire dilemma Imagine a car tire that contains 5.1 moles of air when at a gauge pressure of...Problem 43P:
43. * There is a limit to how much gas can pass through a pipeline, because the pipes can only...Problem 46P:
46. * In the morning, the gauge pressure in your car tires is 35 psi. During the day, the air...Problem 49P:
** The P-versus-T graph in Figure P12.49 describes a cyclic process comprising four hypothetical...Problem 50P:
** The V-versus-T graph in Figure P12.50 describes a cyclic process comprising four hypothetical...Problem 55P:
55. ** A gas that can be described by the ideal gas model is contained in a cylinder of volume V....Problem 56P:
* Equation Jeopardy 3 The three equations below describe a physical situation. Construct a word...Problem 58GP:
58. * See the previous problem Explain how the force exerted by Earth on the water drop and the...Problem 63GP:
63. EST * Car engine During a compression stroke of a cylinder in a diesel engine, the air pressure...Problem 64GP:
* How can the pressure of air in your house stay constant during the day if the temperature rises?...Problem 65GP:
65 * Tell-all problem Tell everything you can about a process that was performed with moles of a...Problem 66GP:
66. ** Two massless, frictionless pistons are inside a horizontal tube opened at both ends thread...Problem 67GP:
67. * A closed cylindrical container is divided into two parts by a light, movable, frictionless...Problem 69GP:
69. ** The speed of sound in an ideal gas is given by the relationship
where the universal gas...Problem 70GP:
70. * Using the information from problem 12.69, calculate the speed of sound in the air. What...Problem 73RPP:
73. Why is the wall tension in capillaries so small?
a. There are so many capillaries.
b. Their...Problem 76RPP:
As a person ages, the fibers in arteries become less elastic and the wall tension increases....Problem 78RPP:
The bag and pump have a 6.76-kg mass. The volume of the inflated bag is 0.476 m3. The maximal bag...Problem 79RPP:
The bag and pump have a 6.76-kg mass. The volume of the inflated bag is 0.476 m3. The maximal bag...Problem 80RPP:
The bag and pump have a 6.76-kg mass. The volume of the inflated bag is 0.476 m3. The maximal bag...Browse All Chapters of This Textbook
Chapter 2 - Kinematics: Motion In One DimensionChapter 3 - Newtonian MechanicsChapter 4 - Applying Newton’s LawsChapter 5 - Circular MotionChapter 6 - Impulse And Linear MomentumChapter 7 - Work And EnergyChapter 8 - Extended Bodies At RestChapter 9 - Rotational MotionChapter 10 - Vibrational MotionChapter 11 - Mechanical Waves
Chapter 12 - GasesChapter 13 - Static FluidsChapter 14 - Fluids In MotionChapter 15 - First Law Of ThermodynamicsChapter 16 - Second Law Of ThermodynamicsChapter 17 - Electric Charge, Force, And EnergyChapter 18 - The Electric FieldChapter 19 - Dc CircuitsChapter 20 - MagnetismChapter 21 - Electromagnetic InductionChapter 22 - Reflection And RefractionChapter 23 - Mirrors And LensesChapter 24 - Wave OpticsChapter 25 - Electromagnetic WavesChapter 26 - Special RelativityChapter 27 - Quantum OpticsChapter 28 - Atomic PhysicsChapter 29 - Nuclear PhysicsChapter 30 - Particle Physics
Sample Solutions for this Textbook
We offer sample solutions for Pearson eText for College Physics: Explore and Apply -- Instant Access (Pearson+) homework problems. See examples below:
Chapter 2, Problem 1RQChapter 3, Problem 1RQChapter 4, Problem 1RQChapter 5, Problem 1RQChapter 6, Problem 1RQChapter 7, Problem 1RQIntroduction: Center of mass is a point where the complete mass of any object is said to be...Chapter 9, Problem 1RQChapter 10, Problem 1RQ
Chapter 11, Problem 1RQIntroduction: The following mechanisms can be logically constructed to understand the reason behind...Chapter 13, Problem 1RQIntroduction: Bernoulli’s principle states that fluids moving at a faster velocity have lesser...Chapter 15, Problem 1RQIntroduction: Energy of an isolated system, such as the universe always remains constant, as stated...Chapter 17, Problem 1RQChapter 18, Problem 1RQChapter 19, Problem 1RQChapter 20, Problem 1RQChapter 21, Problem 1RQIntroduction: Experimentally, it has been observed that, the projection on the wall will be upside...Chapter 23, Problem 1RQChapter 24, Problem 1RQChapter 25, Problem 1RQChapter 26, Problem 1RQIntroduction: Planck’s hypothesis stated that an accelerated charged particle can radiate an...Introduction: The Rutherford atomic model is also known as the planetary or nuclear model of an...Introduction: Rutherford, in 1899, conducted an experiment in which he set up two parallel metal...Introduction: Beta decay is referred to as the transformation of protons into neutrons and...
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