m*(dv/dt) = (-mg) - 0.5*C_DpA*V*|V| ----> divide by mdv/dt =
-g - [1/(2m)]*C_DpA*V|V|T_v = 0.99*(Analytic T_v)
ode45 solves differential equations[TOUT,YOUT] =
ode45(ODEFUN,TSPAN,Y0,OPTIONS)where ODEFUN is a function handle
that accepts 2 inputs (t,y) and outputs f(t,y)
TSPAN = [T0 TFINAL]
To create a function handle:f_handle =
@(V,t)homework_1(var1,var2,...)
-Will evaluate homework_1 as a function of V,t-V,t does not need
to be an input for homework_1
(5,9.81,0.8,1.2,0.01,0)
TSPAN = [0 5]V0 = 0f_handle =
@(V,t)homework_1(5,9.81,0.8,1.2,0.01,0)[TOUT, VOUT] =
ode45(f_handle, TSPAN, V0)plot(TOUT,VOUT)
