Hw1 203 - It So\u4i'o(\ m = IO kg = O = 1C Nl F= ma ro 10...

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It So\u4i'o(\ m = IO kg = O = 1C Nl F= ma ro 10 V- Tires'- * O , 0 -- I X -- F orce - a, = O+OwiOXsi) = = d),
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3 71 3 ^ -Q * r\ X a *•-• ft Q" o ^fcr o Ot: X tl rf + *• O 2 " 0 n IT X f? C/} ct- 4- 0 V 3KT » ..*• 4 CD U-J rt- 3lS o 9 0- § -^ $ 5. .— IM^* X «? 0 ii c^ ft <; 0 D-(X IN 3 CD ii 3 » 3 X: ^1 m 1 cr n cr
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TAM 203 Homework 1 Page 3/6 9.23) 120 100 80 60 40 20 0 -20 Xvs.T Vvs.T 0 -2 -6 -8 -10 -12 Vvs.X 150 Vvs.X
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= MOO * P cons-bnts Pu>= I = 1 ^ m- A A- r 5-"7 mm G, '
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TAM 203 Homework 1 Page 5/6 9.26) function homework926 ( ) % Problem 9.26 Solution % Jan 29, 2008 % VARIABLES (Assume consistent units) % +x = displacement % v = dx/dt % z = [x v] f z is the 'state vector 1 % CONSTANTS c= 1 ; % drag constant pw= 1000; % density of water (kg/m^3) m= .002; % mass of bullet (kg) d= .0057; % diameter of bullet (m) A- pi/4*d A 2; % area of bullet (m A 2) % INTIAL CONDITIONS vO= 400; % initial velocity xO= 0; initial position zO= [xO vO] ; tspan =[0 1] ; %time interval of integration error = le-4; % Set
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Hw1 203 - It So\u4i'o(\ m = IO kg = O = 1C Nl F= ma ro 10...

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