The position function of a moving particle is given by p(t) = t² − 9t + 13 feet at t seconds. Find all points in time where the particle's speed is 5 ft/s. Separatemultiple answers with a comma. If the particle never reaches this speed, write None for your answer.Answert =SKeyboard:

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Answered: The position function of a moving…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

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During a thunderstorm you see lightning before you hear thunder. The distance d between you and the storm is given as the d = 600t, where d is in feet and t is given in seconds. How far away is the storm if you hear thunder 10 seconds after you see the lightning?
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4) The position of an time in seconds the object has been in motion. How long (to the nearest tenth) will it take the object to = 2t2- 3t, where s is in meters and t is the object moving in a straight line is given by s move 14 meters? 302
When there is no wind, a runner is able to run 10 000 m at an average speed of x m/s. When he runs with a tailwind, his average speed increases by 0.05 m/s and it takes him 15 s less to run the 10 000 m. The equation shown below represents this relationship. 10 000 10 000 x+0.05 X = 15, x > 0 6. When there is no wind, find the runner's average speed, to the nearest hundredth of a metre per second.
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step b-Calculate D(4). Round your answer to two decimal places.) D(4) =

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The position function of a moving particle is given by p(t) = 1² - 9t + 13 feet at t seconds. Find all points in time where the particle's speed is 5 ft/s. Separate multiple answers with a comma. If the particle never reaches this speed, write None for your answer. Answer S Keyboard: