How do you find the integral of tanx from #[0,pi/4]# using the simpsons rule using 6 intervals?

Related questions

• What is Integration Using the Trapezoidal Rule?
• How does the trapezoidal rule work?
• How do you Use the trapezoidal rule with four equal subdivisions to approximate a definite integral?
• How do you Use the trapezoidal rule with #n=10# to approximate the integral #int_1^2ln(x)/(1+x)dx#?
• How do you Use the trapezoidal rule with #n=6# to approximate the integral #int_0^3dx/(1+x^2+x^4)dx#?
• How do you Use the trapezoidal rule with #n=10# to approximate the integral #int_0^2sqrt(x)*e^(-x)dx#?
• How do you Use the trapezoidal rule with #n=8# to approximate the integral #int_0^pix^2*sin(x)dx#?
• How do you Use the trapezoidal rule with #n=6# to approximate the integral #int_0^1e^-sqrt(x)dx#?
• When do you use the trapezoidal rule?
• How do you find the error that occurs when the area between the curve #y=x^3+1# and the x-axis...