You bail out of the helicopter of Example 3 and pull the ripcord of your parachute. Now k = 1:6 in Eq. (3), so your downward velocity satisfies the initial value problem  ​dv/dt  =  32 − 1.6v,​v(0)  =  0​ 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 a strategically located haystack do any good? How long will it take you to reach 95% of your limiting velocity?

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Chapter2: Second-order Linear Odes
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You bail out of the helicopter of Example 3 and pull the ripcord of your parachute. Now k = 1:6 in Eq. (3), so your downward velocity satisfies the initial value problem

 ​dv/dt  =  32 − 1.6v,​v(0)  =  0​

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 a strategically located haystack do any good? How long will it take you to reach 95% of your limiting velocity?

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