 25.13P: (II) A person has a far point of 14 cm. What power glasses would co...
 25.1P: A 55mmfocallength lens has fstops ranging from f/l.4 to f/22. W...
 25.2P: A television camera lens has a 14cm focal length and a lens diamet...
 25.3P: A light meter reports that a camera setting of s at f/5.6 will give...
 25.4P: A properly exposed photograph is taken at f/16 and s. What lens ope...
 25.5P: If an f = 135mm telephoto lens is designed to cover object distanc...
 25.6P: A 200mmfocallength lens can be adjusted so that it is 200.0 mm t...
 25.7P: A nature photographer wishes to photograph a 28mtall tree from a ...
 25.8P: A “pinhole” camera uses a tiny pinhole instead of a lens. Show, usi...
 25.9P: Suppose that a correct exposure is s at f /11. Under the same condi...
 25.11P: If the nearsighted person in Example 25–6 wore contact lenses corre...
 25.12P: Reading glasses of what power are needed for a person whose near po...
 25.15P: A person’s left eye is corrected by a ?3.50diopter lens, 2.0 cm fr...
 25.16P: A person’s right eye can see objects clearly only if they are betwe...
 25.16Q: Give at least two advantages for the use of large reflecting mirror...
 25.18P: One lens of a nearsighted person’s eyeglasses has a focal length of...
 25.19P: What is the focal length of the eyelens system when viewing an obj...
 25.20P: A nearsighted person has near and far points of 10.0 and 20.0 cm, r...
 25.21P: What is the magnification of a lens used with a relaxed eye if its ...
 25.22P: What is the focal length of a magnifying glass of 3.5× magnificatio...
 25.23P: A magnifier is rated at 2.5× for a normal eye focusing on an image ...
 25.24P: Sherlock Holmes is using a 9.00cmfocallength lens as his magnify...
 25.25P: A 3.30mmwide beetle is viewed with a 9.50cmfocallength lens. A...
 25.26P: A small insect is placed 5.55 cm from a +6.00cmfocallength lens....
 25.27P: A magnifying glass with a focal length of 8.5 cm is used to read pr...
 25.28P: A magnifying glass is rated at 3.0× for a normal eye that is relaxe...
 25.29P: What is the magnification of an astronomical telescope whose object...
 25.30P: The overall magnification of an astronomical telescope is desired t...
 25.31P: An 8.0× binocular has 2.8cmfocallength eyepieces. What is the fo...
 25.32P: An astronomical telescope has an objective with focal length 85 cm ...
 25.33P: An astronomical telescope has its two lenses spaced 75.2 cm apart. ...
 25.34P: A Galilean telescope adjusted for a relaxed eye is 32.8 cm long. If...
 25.35P: What is the magnifying power of an astronomical telescope using a r...
 25.36P: The Moon’s image appears to be magnified 120× by a reflecting astro...
 25.37P: A 170× astronomical telescope is adjusted for a relaxed eye when th...
 25.38P: A reflecting telescope (Fig. 25–21 b) has a radius of curvature of ...
 25.39P: A microscope uses an eyepiece with a focal length of 1.40 cm. Using...
 25.41P: A 17cmlong microscope has an eyepiece with a focal length of 2.5 ...
 25.40P: A 620× microscope uses a 0.40cmfocallength objective lens. If th...
 25.42P: A microscope has a 12.0× eyepiece and a 59.0× objective lens 20.0 c...
 25.43P: A microscope has a 1.8cmfocallength eyepiece and a 0.80cm objec...
 25.44P: Repeat assuming that the final image is located 25 cm from the eyep...
 25.45P: The eyepiece of a compound microscope has a focal length of 2.70 cm...
 25.46P: An achromatic lens is made of two very thin lenses, placed in conta...
 25.47P: Let’s examine spherical aberration in a particular situation. A pla...
 25.48P: What is the angular resolution limit (degrees) set by diffraction f...
 25.49P: Suppose that you wish to construct a telescope that can resolve fea...
 25.50P: The normal lens on a 35mm camera has a focal length of 50.0 mm. It...
 25.51P: Two stars 15 lightyears away are barely resolved by a 55cm (mirro...
 25.52P: (a) How far away can a human eye distinguish two car headlights 2.0...
 25.54P: Xrays of wavelength 0.133 nm fall on a crystal whose atoms, lying ...
 25.55P: Xrays of wavelength 0.0973 nm are directed at an unknown crystal. ...
 25.56P: Firstorder Bragg diffraction is observed at 25.2° related to the c...
 25.57P: (a) Suppose for a conventional Xray image that the Xray beam cons...
 25.59GP: As early morning passed toward midday, and the sunlight got more in...
 25.60GP: Show that for objects very far away (assume infinity), the magnific...
 25.61GP: For a camera equipped with a 50mmfocallength lens, what is the o...
 25.62GP: A woman can see clearly with her right eye only when objects are be...
 25.63GP: A child has a near point of 15 cm. What is the maximum magnificatio...
 25.65GP: A physicist lost in the mountains tries to make a telescope using t...
 25.66GP: A 50yearold man uses +2.5diopter lenses to read a newspaper 25 c...
 25.67GP: Spy planes fly at extremely high altitudes (25 km) to avoid interce...
 25.68GP: When shooting pictures at very short distances, exposure times must...
 25.69GP: The objective lens and the eyepiece of a telescope are spaced 85 cm...
 25.71GP: Two converging lenses, one with f = 4.0 cm and the other with f = 4...
 25.72GP: An astronomical telescope has a magnification of 8.0. If the two le...
 25.74GP: A Lucite planoconvex lens (Fig. 23–29a) has one flat surface and th...
 25.1Q: Why is the depth of field greater, and the image sharper, when a ca...
 25.2Q: Describe how diffraction affects the statement of Question 2. [Hint...
 25.3Q: Why must a camera lens be moved farther from the sensor or film to ...
 25.4Q: are bifocals needed mainly by older persons and not generally by yo...
 25.5Q: Will a nearsighted person who wears corrective lenses in her glasse...
 25.6Q: You can tell whether people are nearsighted or farsighted by lookin...
 25.7Q: In attempting to discern distant details, people will sometimes squ...
 25.8Q: Is the image formed on the retina of the human eye upright or inver...
 25.9Q: The human eye is much like a camera—yet, when a camera shutter is l...
 25.10P: (I) A human eyeball is about 2.0 cm long and the pupil has a maximu...
 25.10Q: ?. Reading glasses use converging lenses. A simple magnifier is als...
 25.11Q: Inexpensive microscopes for children's use usually produce images t...
 25.12Q: Spherical aberration in a thin lens is minimized if rays are bent e...
 25.13Q: Which aberrations present in a simple lens are not present (or are ...
 25.14P: (II) A person struggles to read by holding a book at arm's length, ...
 25.14Q: Explain why chromatic aberration occurs for thin lenses but not for...
 25.15Q: By what factor can you improve resolution, other things being equal...
 25.17P: (II) About how much longer is the nearsighted eye in Example 256 t...
 25.17Q: Which color of visible light would give the best resolution in a mi...
 25.18Q: Atoms have diameters of about Can visible light be used to "see" an...
 25.53P: The Earth and Moon are separated by about 400 x 106 m. When Mars is...
 25.58GP: Sam purchases +3.50D eyeglasses which correct his faulty vision to...
 25.64GP: What is the magnifying power of a lens used as a +4.0D magnifier? ...
 25.70GP: The Hubble Space Telescope, with an objective diameter of 2.4 m, is...
 25.73GP: You want to design a spy satellite to photograph license plate numb...
Solutions for Chapter 25: Physics: Principles with Applications 6th Edition
Full solutions for Physics: Principles with Applications  6th Edition
ISBN: 9780130606204
Solutions for Chapter 25
Get Full SolutionsSince 92 problems in chapter 25 have been answered, more than 120786 students have viewed full stepbystep solutions from this chapter. Chapter 25 includes 92 full stepbystep solutions. Physics: Principles with Applications was written by Sieva Kozinsky and is associated to the ISBN: 9780130606204. This textbook survival guide was created for the textbook: Physics: Principles with Applications, edition: 6th. 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
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