Description Usage Arguments Details Value See Also Examples
Use Simpson's rule to integrate a function
1 | simp(f, a, b, m = 100)
|
f |
function to integrate |
a |
the a-bound of integration |
b |
the b-bound of integration |
m |
the number of subintervals to calculate |
The simp
function uses Simpson's rule to calculate the
integral of the function f
over the interval from a
to b
. The parameter m
sets the number of intervals
to use when evaluating. Additional options are passed to the
function f
when evaluating.
the value of the integral
Other integration:
adaptint()
,
gaussint()
,
giniquintile()
,
mcint()
,
midpt()
,
revolution-solid
,
romberg()
,
simp38()
,
trap()
Other newton-cotes:
adaptint()
,
giniquintile()
,
midpt()
,
romberg()
,
simp38()
,
trap()
1 2 3 4 |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.