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. The regular pyramid, the cube, and the sphere below all have total surface area 600 mm. Find the volume of each to the nearest cubic millimeter. a. b. с. ()- T.A. = 4 = 600 mm? T.A. = 6x = 600 mm? T.A. = 47r? 600 mm? X = V = 12 V = x' = _? V = (See Ex. 29, page 486.) d. Use the results of parts (a)-(c) to complete the following state- ment, which is similar to the one in Exércise 1: Of all solid figures with a fixed the has the

. The regular pyramid, the cube, and the sphere below all have total surface area 600 mm. Find the volume of each to the nearest cubic millimeter. a. b. с. ()- T.A. = 4 = 600 mm? T.A. = 6x = 600 mm? T.A. = 47r? 600 mm? X = V = 12 V = x' = _? V = (See Ex. 29, page 486.) d. Use the results of parts (a)-(c) to complete the following state- ment, which is similar to the one in Exércise 1: Of all solid figures with a fixed the has the

Elementary Geometry For College Students, 7e
Elementary Geometry For College Students, 7e
7th Edition
ISBN:9781337614085
Author:Alexander, Daniel C.; Koeberlein, Geralyn M.
Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.
ChapterP: Preliminary Concepts
SectionP.CT: Test
Problem 1CT
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. The regular pyramid, the cube, and the sphere below all have total surface area 600 mm. Find the volume of each to the nearest cubic millimeter. a. b. с. ()- T.A. = 4 = 600 mm? T.A. = 6x = 600 mm? T.A. = 47r? 600 mm? X = V = 12 V = x' = _? V = (See Ex. 29, page 486.) d. Use the results of parts (a)-(c) to complete the following state- ment, which is similar to the one in Exércise 1: Of all solid figures with a fixed the has the
Transcribed Image Text:. The regular pyramid, the cube, and the sphere below all have total surface area 600 mm. Find the volume of each to the nearest cubic millimeter. a. b. с. ()- T.A. = 4 = 600 mm? T.A. = 6x = 600 mm? T.A. = 47r? 600 mm? X = V = 12 V = x' = _? V = (See Ex. 29, page 486.) d. Use the results of parts (a)-(c) to complete the following state- ment, which is similar to the one in Exércise 1: Of all solid figures with a fixed the has the
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