Answer Happy

ONLY ANSWER IN OCTAVE OR MATLAB
CODE.
NO HANDWRITTEN ANSWERS!!!!!
NO HANDWRITTEN ANSWERS!!!!!
NO HANDWRITTEN ANSWERS!!!!!
NO HANDWRITTEN ANSWERS!!!!!
again, NO HAND-WRITTEN ANSWERS!!!!!
If you give me a hand-written answer, I will
down vote.
a Q2. An object of mass 70 kg is dropped from a rest position at a height of 500 mat t=0. The velocity of free fall (v) as a function of time (1) is governed by the ODE dv g - dt -V where g = 9.81 m/s but c is the drag coefficient of air, which is not known. A remote sensor was able to measure the velocity of fall at various times as given in the following table. m 0 4 10 14 21 26 31 38 t(s) (m/s) 0 29.9 52.8 59.6 66,8 67,6 68.8 68.6 Compute the value of the drag coefficient c. dv Hint: Numerically compute de and use a curve-fitting method to find the constant A complete answer will include (a) Set up an appropriate numerical method clearly showing the equation(s) 5 to be implemented in the code. Write your answer in the PDF file. (b) Implementation of the algorithm using Octave programming +10 Write your answer in the dorm file Please don copy-paste screenshots of code in pdf file (c) Plot and describe the solution. (i) Insert any plots to elaborate your answer. Insert the plots by downloading them as a PNG file. Make sure that labels and text of 20 points plot are readable (ii) Describe the answer and comment on its accuracy, Write your answer in the PDF file.