Transcribed Image Text: (a) Use Euler’s method to derive a new iterative numeric approximation to the velocity of the parachutist, v(t;+1), given the velocity, v(t;).

Transcribed Image Text: (a)
Use Euler’s method to derive a new iterative numeric approximation to the
velocity of the parachutist, v(t;+1), given the velocity, v(t;).
(b)
Let m =
75.3, k
0.234, g = 9.81 and v(0) = 0. Approximate the velocity
at time t1 = 0.5 and t2 = 1 seconds using your method from (a). Transcribed Image Text: 1. In our mathematical model of a falling parachutist you can model the upward force on the
parachutist as a second-order relationship instead, Fu = –kv², where k is a second-order
drag coefficient. This leads to the following differential equation
dv
dt
m

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