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In gauss quadraature , firstly we convert interval (0 , 30 ) to ( -1 ,1) ...then we apply quadrature formula..
PLEASE ALSO SOLVE USING THE SIMPSONS 1/3RULE.PLEASE DONT ATTEMPT THE QUESTION IF YOU CANT SOLVE BOTH GUASS AND SIMPSONS...
Please show all your steps and calculations. 2-1): The upward velocity of a rocket can be computed be the following formula: mo mo - qt where v upward velocity (m/s), u velocity at which fuel is expelled relative to the rocket (m/s), mo- initial mass of the rocket at time t 0s (kg), q -fuel consumption rate (kg/s), and g downward acceleration of gravity (assumed constant 9.81 m/s2). If u 1850 m/s, mo 160,000 kg, and q 2500 kg/s. a)...
The MATLAB code should have the outline of this: m0 = 160e3; % [kg] u = 1800; % [m/s] v = 750; % [m/s] q = 2600; % [kg/s] g = 9.81; % [m/s^2] tl = 10; % Lower guess [s] tu = 50; % Upper guess [s] es = 0.0001; %Stopping criterion t_v750 = rocket(m0, g, q, u, v,tl,tu,es) function t_root = rocket(m0,g,q,u,v,xl,xu,es); % Inputs: % m0: initial mass of rocket at time t=0 [kg] (scalar) % g: gravitational...
MATLAB WORK PLEASE The upward velocity of a rocket can be computed from the following formula: v=u* In mo -91 mo-91 where v = upward velocity, u = the velocity at which fuel is expelled relative to the rocket, me = the initial mass of the rocket at time t=0,9 = the fuel consumption rate, and g = the acceleration due to gravity. Compute the time tro at which v reaches an arbitrary value using the bisection method. Use the...