Cuadratura

F(x)=humps(x) a= 0 b= 1 tol= 10e-4
quadgui(@humps,0,1,.0001)
ans = 29.8583
Q= 29.8583 fcount= 90

F(x)=humps(x) a= 0b= 1 tol= 10e-6
quadgui(@humps,0,1,.000001)
ans =29.8583
Q= 29.8583 fcount= 265

F(x)=humps(x) a= -1 b= 2 tol= 10e-4quadgui(@humps,-1,2,.0001)
ans = 26.3450
Q= 26.3450 fcount= 165

F(x)=sin(x) a= 0 b= pi tol= 10e-8
quadgui('sin(x)',0,pi,1.e-8)
ans= 2.0000
Q= 2.0000 fcount= 121

F(x)=cos(x) a= 0 b= 9/2pi tol= 10e-6
quadgui('cos(x)',0,(9/2)*pi,1.e-6)
ans = 1.0000
Q= 1.0000fcount= 241

F(x)= x a= 0 b= 1 tol= 10e-8
quadgui('sqrt(x)',0,1,1.e-8)
ans = 0.6667
Q= 0.6667 fcount= 153

F(x)= xlogx a= epsb= 1 tol= 10e-8
quadgui('sqrt(x)*log(x)',eps,1,1.e-8)
ans = -0.4444
Q= -0.4444 fcount= 206

F(x)= tan(sin x) - sin(tan x) a= 0 b=pi tol= 10e-8
quadgui(' tan(sin x) - sin(tan x) ',0,pi,1.e-8)
ans = ?
Q= ? fcount= ?

F(x)= 1/3x-1 a= 0 b= 1 tol=10e-4
quadgui('1/(3*x-1)',0,1,.0001)
ans = ?
Q= ? fcount= ?
Warning: Divide by zero.
En este caso la grafica se detuvo a los 447 puntos ya que no sepuede dividir por cero

F(x)= t^(8/3)*(1-t)^(10/3) a= 0 b= 1 tol= 10e-8
quadgui('t^(8/3)*(1-t)^(10/3)',0,1,1.e-8)
ans = 0.007
Q= 0.007fcount= 73

F(x)= 't^25*(1-t)^2 a= 0 b= 1 tol= 10e-8
quadgui('t^25*(1-t)^2',0,1,1.e-8)
ans = 1.0175e-004
Q= 0.0001 fcount= 49