How long will it take you to reach 95% of your limiting velocity?I end up getting 1.56s, however that is the wrong answer. Appreciate the help on how to solve this You bail out of a helicopter and pull the ripcord of your parachute. Now the air resistance proportionality constant is k = 1.53, so your downwardvelocity satisfies the initial value problem below, where v is measured in ft/s and t in seconds. In order to investigate your chances of survival,construct a slope field for this differential equation and sketch the appropriate solution curve. What will your limiting velocity be? Will astrategically located haystack do any good? How long will it take you to reach 95% of your limiting velocity.dvdt40302010= 32-1.53v, v(0) = 0123454030How long will it take you to reach 95% of your limiting velocity?About 1.56 second(s)(Round to the nearest integer as needed.)201000.00.2 0.40.60.81.0What will your limiting velocity be? Will a strategically located haystack do any good? Select the correct choice below and fill in the answer boxto complete your choice.(Round to the nearest integer as needed.)A strategically located haystack would help because a limiting velocity of 20 ft/s is quite survivable.A strategically located haystack would not do any good because a limiting velocity of ft/s is not survivable.

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Answered: You bail out of a helicopter and pull…

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