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Hw3 203

# Hw3 203 - 00 JD C 8 a ^ o o Q X ^ k i 0 U 6

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00 JD k) 0 * ^^^ 6 X 1? x3 C^ O 1 C o 1 t' 41 ^ -i e 9 - O 1 e n i 0 QL u u ^\> Tr e m u 3 2 3 •I i u 3 ~ :*> -d v e CB u 4J \_x a •U + E ca 4- < 3 ^ c u 8 6 '? « <T o CO O j* o f 41 01 il O ^ CO 8 O £ (* O O fe f* €-.;j ••1 I' In o Q X •^ ^ <* S 5 x >9 3 00 " oo 4 ° CO Q ^»-* ^s 2 CO 10 =i«l O u

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y»*_ qa.-?5Vk-ft /ft 85 \bs. energy O s * 9
MO 000 k \rCfc} F\r, so ooos-V ? gfc dx = Qt X CO B-- o fto* - £ tat " e -hx^o SO

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P* 1 HP * O The is f«M -OO6ST 3 = F- Solve
Page 5/6 9.43) function homework943() % Problem 9.43 Solution % Feb 5, 2008 % CONSTANTS P=550 ; % power in lbf*ft/s m= 150; %lbm g-32.2; %ft/s A 2 % INTIAL CONDITIONS vO= 0.001; % initial velocity, zero makes the solution explode tspan =[0 1000]; %time interval of integration error = le-4; % Set error tolerance and use 'event detection' options = odeset('abstor, error, 'reltol', error) ; Ask Matlab to SOLVE odes in function 'rhs' [t v] = ode45(@rhs,tspan, vO, options, P, m, g) %UNPACK the zarray (the solution) into sensible variables plot (t,v) title('Problem 9.43') xlabel('Time, t

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Hw3 203 - 00 JD C 8 a ^ o o Q X ^ k i 0 U 6

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