Question

(35 Pts) 2. The falling velocity of a bungee jumper can be described by the following equation ) tanh where m is the mass of the bungee jumper, g=9.81m/sUse the bisection method to determine the drag coefficient c, needed such that an 80-kg bungee jumper has a velocity of 36 m's after 4 second of fall. Show three iterations with initial guesses of x,-0.1 and x, 0.2. Also show the relative approximation errors of the second and the third iterations anh (0ky Coy al X02 02+0. do.1s 2 Krg-34%.23 Fo Ra-280z.3 Sro. 7x 92a15 0175 Xa0.2 2 ০5) -202 3 $Gns) -259 J Ea 0.175-015 x100%1429% a.175 Xu 0.2 X0.7s 0.1875 Xr 0-2 o.IT5 -o.175 aIT75 6.678

this is (Computational Method for Engineering Design) class

please solve it with very clear and explained steps as soon as u can.

thanks

Answer 1

-tanf 3 ) hene q9.Bl V- 36 m)s t Sec ) Vmtat V hm _Bisechon cthod 2 +Ve ve -Root ies inbetween Now TtenC1 2 f(m) New limit 0 10,0.15) Tten (2) m> 0 125 - f( Xm). +Ve

New Limit 0 LS ennon. 0125O. 7 O2 20 A7 Ttes(3 O 12 0.1 D 315 17 f(Mm) Ve New intenral 0.1315, 0j5 ennoD. O 25 0 135 6-1375 Tter [4) m O.1437 Au 0143