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13 Nov 2019
D=2
Please explain steps in depth. This is a graded discussion: 100 points possible due Dec 17 Module 9 Discussion: Application PIN Problems Air Resistance If we assume that air resistance is proportional to the square of the velocity, then the time t in seconds required for an object to reach a velocity v in feet per second is given by: In 24 24 Determine the velocity, to the nearest hundredth foot per second of the object after 1.[d] seconds Note: if [d]-5, then 1.[d]-1.5 seconds Work this custom problem about the exponential and logarithmic functions using the techniques you learned in this module
D=2
Please explain steps in depth.
This is a graded discussion: 100 points possible due Dec 17 Module 9 Discussion: Application PIN Problems Air Resistance If we assume that air resistance is proportional to the square of the velocity, then the time t in seconds required for an object to reach a velocity v in feet per second is given by: In 24 24 Determine the velocity, to the nearest hundredth foot per second of the object after 1.[d] seconds Note: if [d]-5, then 1.[d]-1.5 seconds Work this custom problem about the exponential and logarithmic functions using the techniques you learned in this module
Keith LeannonLv2
26 Sep 2019