Explanation Given Information: A particular jogger runs 1 lap of 400 meters in 2 minutes and he can maintain this pace for a long time. Formula used: For total covered distance. The distance covered = rate of the change × time for run Calculation: Consider the given value: In 2 minutes the covered distance is 400 meters. Hence, for 4 minutes the covered distance will be 800 meters. By using method of observation, it can be observed that the runner’s rate is the ratio in the increase in distance covered with the passage of time gives the positive value of observed quantity. That is, Rate of change = change in distance in meter change in time in minutes = ( 800 − 400 )

1st Edition

ISBN: 9781259218859

Author: David Sobecki Professor, Brian A. Mercer

Publisher: McGraw-Hill Education

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Chapter 2.3, Problem 13G

To determine

To calculate: The distance covered by the runner in 40 minutes

where it is provided that a particular jogger runs 1 lap of 400 meters in 2 minutes and he can maintain this pace for a long time.

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Chapter 2.3, Problem 12G

Chapter 2.3, Problem 14G

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The distance covered by the runner in 40 minutes where it is provided that a particular jogger runs 1 lap of 400 meters in 2 minutes and he can maintain this pace for a long time.

Solution Summary: The author analyzes how the runner's rate is the ratio in the increase in distance covered with the passage of time gives the positive value of observed quantity.

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To calculate: The distance covered by the runner in 40 minutes where it is provided that a particular jogger runs 1 lap of 400 meters in 2 minutes and he can maintain this pace for a long time.

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Chapter 2 Solutions

To calculate: The distance covered by the runner in 40 minutes

where it is provided that a particular jogger runs 1 lap of 400 meters in 2 minutes and he can maintain this pace for a long time.