 13.1DQ: A student wrote: “The only reason an apple falls downward to meet t...
 13.1E: What is the ratio of the gravitational pull of the sun on the moon ...
 13.2DQ: A planet makes a circular orbit with period ?T around a star. If it...
 13.2E: CP Cavendish Experiment. ?In the Cavendish balance apparatus shown ...
 13.3DQ: If all planets had the same average density, how would the accelera...
 13.3E: Rendezvous in Space! A couple of astronauts agree to rendezvous in ...
 13.4DQ: Is a pound of butter on the earth the same amount as a pound of but...
 13.4E: Two uniform spheres, each with mass ?M and radius ?R?, touch each o...
 13.5DQ: Example 13.2 (Section 13.1) shows that the acceleration of each sph...
 13.5E: Two uniform spheres, each of mass 0.260 kg, are fixed at points A a...
 13.6DQ: When will you attract the sun more: today at noon, or tonight at mi...
 13.6E: Find the magnitude and direction of the net gravitational force on ...
 13.7DQ: Since the moon is constantly attracted toward the earth by the grav...
 13.7E: A typical adult human has a mass of about 70 kg. (a) What force doe...
 13.8DQ: A planet makes a circular orbit with period T around a star. If the...
 13.8E: An 8.00kg point mass and a 12.0kg point mass are held in place 50...
 13.9DQ: The sun pulls on the moon with a force that is more than twice the ...
 13.9E: A particle of mass 3?m is located 1.00 m from a particle of mass ?m...
 13.10DQ: As defined in Chapter 7, gravitational potential energy is ?U = ?mg...
 13.10E: The point masses ?m and 2 ?m lie along the x axis, with m at the o...
 13.11DQ: A planet is moving at constant speed in a circular orbit around a s...
 13.11E: At what distance above the surface of the earth is the acceleration...
 13.12DQ: Does the escape speed for an object at the earth’s surface depend ...
 13.12E: The mass of Venus is 81.5% that of the earth, and its radius is 94....
 13.13DQ: If a projectile is fired straight up from the earth’s surface, what...
 13.13E: Titania, the largest moon of the planet Uranus, has the radius of t...
 13.14DQ: Discuss whether this statement is correct: “In the absence of air r...
 13.14E: Rhea, one of Saturn’s m ns, has a radius of 765 km and an accelerat...
 13.15DQ: The earth is closer to the sun in November than in May. In which of...
 13.15E: Calculate the earth’s gravity force on a 75kg astronaut who is rep...
 13.16DQ: A communications firm wants to place a satellite in orbit so that i...
 13.16E: Volcanoes on Io?. Jupiter’s moon to has active volcanoes (in fact, ...
 13.17DQ: At what point in an elliptical orbit is the acceleration maximum? A...
 13.17E: Use the results of Example 13.5 (Section 13.3) to calculate the esc...
 13.18DQ: Which takes more fuel: a voyage from the earth to the moon or from ...
 13.18E: Ten days after it was launched toward Mars in December 1998, the ?M...
 13.19DQ: What would Kepler’s third law be for circular orbits if an amendmen...
 13.19E: For a satellite to be in a circular orbit 780 km above the surface ...
 13.20DQ: In the elliptical orbit of Comet Halley shown in Fig. 13.21a, the s...
 13.20E: Aura Mission. On July 15, 2004, NASA launched the Aura spacecraft t...
 13.21DQ: Many people believe that orbiting astronauts feel weightless becaus...
 13.21E: Two satellites are in circular orbits around a planet that has radi...
 13.22DQ: As part of their training before going into orbit, astronauts ride ...
 13.22E: International Space Station. In its orbit each day, the Internation...
 13.23E: Deimos, a moon of Mars, is about 12 km in diameter with mass 2.0 × ...
 13.24E: Planet Vulcan. Suppose that a planet were discovered between the su...
 13.25E: The star Rho1 Cancri is 57 lightyears from the earth and has a mas...
 13.26E: In March 2006, two small satellites were discovered orbiting Pluto,...
 13.27E: (a) Use Fig. 13.18 to show that the sun–planet distance at periheli...
 13.28E: Hot Jupiters. In 2004 astronomers reported the discovery of a large...
 13.29E: Planets Beyond the Solar System. On October 15, 2001, a planet was ...
 13.30E: A uniform, spherical, 1000.0kg shell has a radius of 5.00 m. (a) F...
 13.31E: A uniform, solid, 1000.0kg sphere has a radius of 5.00 m. (a) Find...
 13.32E: CALC A thin, uniform rod has length L and mass M . A small uniform ...
 13.33E: CALC Consider the ring shaped body of ?Fig. E13.35?. A particle wi...
 13.34E: A Visit to Santa. You decide to visit Santa Claus at the north pole...
 13.35E: The acceleration due to gravity at the north pole of Neptune is app...
 13.36E: Mini Black Holes. Cosmologists have speculated that black holes the...
 13.37E: At the Galaxy’s Core. Astronomers have observed a small, massive ob...
 13.38E: (a) Show that a black hole attracts an object of mass m with a forc...
 13.39E: In 2005 astronomers announced the discovery of a large black hole i...
 13.40P: Four identical masses of 800 kg each are placed at the corners of a...
 13.41P: Neutron stars, such as the one at the center of the Crab Nebula, ha...
 13.42P: Exploring Europa. There is strong evidence that Europa, a satellite...
 13.43P: Three uniform spheres are fixed at the positions shown in Fig. P13....
 13.44P: A uniform sphere with mass 60.0 kg is held with its center at the o...
 13.45P: Hip Wear on the Moon. (a) Use data from Appendix F to calculate the...
 13.46P: Mission to Titan. On December 25, 2004, the ?Huygens probe separate...
 13.47P: The asteroid Toro has a radius of about 5.0 km. Consult Appendix F ...
 13.48P: At a certain instant, the earth, the moon, and a stationary 1250kg...
 13.49P: CP An experiment is performed in deep space with two uniform sphere...
 13.50P: Submarines on Europa. Some scientists are eager to send a remoteco...
 13.51P: Geosynchronous Satellites. Many satellites are moving in a circle i...
 13.52P: A landing craft with mass 12,500 kg is in a circular orbit 5.75 X 1...
 13.53P: What is the escape speed from a 300kmdiameter asteroid with a den...
 13.54P: (a) Asteroids have average densities of about 2500 kg/m3 and radii ...
 13.55P: (a) Suppose you are at the earth’s equator and observe a satellite ...
 13.56P: Planet X rotates in the same manner as the earth, around an axis th...
 13.57P: There are two equations from which a change in the gravitational po...
 13.58P: Your starship, the Aimless Wanderer, lands on the mysterious planet...
 13.59P: CP An astronaut, whose mission is to go where no one has gone befor...
 13.60P: In Example 13.5 (Section 13.3) we ignored the gravitational effects...
 13.68P: Gravity Inside the Earth. Find the gravitational force that the ear...
 13.69P: Kirkwood Gaps. Hundreds of thousands of asteroids orbit the sun wit...
 13.70P: If a satellite is in a sufficiently low orbit, it will encounter ai...
 13.71P: Binary Star—Equal Masses. Two identical stars with mass M orbit aro...
 13.72P: CP Binary Star—Different Masses. Two stars, with masses M1 and M2 a...
 13.73P: Comets travel around the sun in elliptical orbits with large eccent...
 13.74P: An astronaut is standing at the north pole of a newly discovered, s...
 13.75P: The earth does not have a uniform density; it is most dense at its ...
 13.76P: CP CALC In Example 13.10 (Section 13.6) we saw that inside a planet...
 13.77P: CP Consider a spacecraft in an elliptical orbit around the earth. A...
 13.78P: The planet Uranus has a radius of 25,560 km and a surface accelerat...
 13.79P: A 5000kg spacecraft is in a circular orbit 2000 km above the surfa...
 13.80P: One of the brightest comets of the 20th century was Comet Hyakutake...
 13.81P: CALC Planets are not uniform inside. Normally, they are densest at ...
 13.82P: CALC A uniform wire with mass M and length L is bent into a semicir...
 13.83P: CALC An object in the shape of a thin ring has radius a and mass M....
 13.84P: A thin, uniform rod has length L and mass M. Calculate the magnitud...
 13.85P: CALC A shaft is drilled from the surface to the center of the earth...
 13.86CP: (a)When an object is in a circular orbit of radius r around the ear...
 13.87CP: Interplanetary Navigation. The most efficient way to send a spacecr...
 13.88CP: CP Tidal Forces near a Black Hole. An astronaut inside a spacecraft...
 13.89CP: CALC Mass M is distributed uniformly over a disk of radius a . Find...
 13.90CP: Mass M is distributed uniformly along a line of length 2L. A partic...
Solutions for Chapter 13: University Physics 13th Edition
Full solutions for University Physics  13th Edition
ISBN: 9780321675460
Solutions for Chapter 13
Get Full SolutionsSince 105 problems in chapter 13 have been answered, more than 530093 students have viewed full stepbystep solutions from this chapter. Chapter 13 includes 105 full stepbystep solutions. This textbook survival guide was created for the textbook: University Physics, edition: 13. University Physics was written by and is associated to the ISBN: 9780321675460. This expansive textbook survival guide covers the following chapters and their solutions.

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parallel

any symbol
average (indicated by a bar over a symbol—e.g., v¯ is average velocity)

°C
Celsius degree

°F
Fahrenheit degree