Explanation Given Information: The statement “Fiber-optic cable capacity for communications such as telephones grew from 265 , 472 miles to 6 , 316 , 436 miles in a six-year period”. Consider the provided statement. “Fiber-optic cable capacity for communications such as telephones grew from 265 , 472 miles to 6 , 316 , 436 miles in a six-year period”. The problem requires the provided number of miles to be rounded to nearest hundred thousand. First consider 265 , 472 miles. 2 is in the hundred thousand places. The digit to the right of this digit is 6 . As 6 is more than 5 , add 1 to 2 in the ten-thousands place and replace all the digits with zeros to the right

Mymathlab With Pearson Etext -- Standalone Access Card -- For Business Math Format: Access Card Package

11th Edition

ISBN: 9780134788326

Author: CLEAVES, Cheryl^hobbs, Margie^noble, Jeffrey

Publisher: Prentice Hall

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Chapter 1, Problem 13ES

To determine

The rounding of the number of miles in the statement “Fiber-optic cable capacity for communications such as telephones grew from 265,472 miles to 6,316,436 miles in a six-year period” to the nearest hundred thousand.

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Chapter 1, Problem 12ES

Chapter 1, Problem 14ES

Chapter 1 Solutions

Mymathlab With Pearson Etext -- Standalone Access Card -- For Business Math Format: Access Card Package

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The rounding of the number of miles in the statement “Fiber-optic cable capacity for communications such as telephones grew from 265 , 472 miles to 6 , 316 , 436 miles in a six-year period” to the nearest hundred thousand.

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The rounding of the number of miles in the statement “Fiber-optic cable capacity for communications such as telephones grew from 265,472 miles to 6,316,436 miles in a six-year period” to the nearest hundred thousand.

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Chapter 1 Solutions