\exo{Recherche de primitives}
Déterminer une primitive pour chacune des fonctions suivantes~:
\columns 3
\def \myalph{ \alph \tvi height 10pt depth 10pt}
\raggedbottom
\myalph\
$\displaystyle{
f (x) = x^4 + 5x^3 + 3x^2 - 2
}$
\myalph\
$\displaystyle{
f (x) = {1 \over x^2} + {1 \over \sqrt x}
}$
\myalph\
$\displaystyle{
f (x) = (x+1)^3
}$
\myalph\
$\displaystyle{
f (x) = (2x + 3)^4
}$
\myalph\
$\displaystyle{
f (x) = x (x^2 + 1)^3
}$
\myalph\
$\displaystyle{
f (x) = (x^2 + {1\over3}) (x^3 + x)^4
}$
\myalph\
$\displaystyle{
f (x) = {2x + 1 \over (x^2 + x - 2)^2}
}$
\myalph\
$\displaystyle{
f (x) = {4x^2 \over (x^3 + 8)^3}
}$
\myalph\
$\displaystyle{
f (x) = x - {1 \over (3x + 1)^2}
}$
\myalph\
$\displaystyle{
f (x) = {3 \over \sqrt x} + 1
}$
\myalph\
$\displaystyle{
f (x) = {1 \over \sqrt{x-1}}
}$
\myalph\
$\displaystyle{
f (x) = {2 \over 1-x}
}$
\myalph\
$\displaystyle{
f (x) = {2x \over x^2 - 1}
}$
\myalph\
$\displaystyle{
f (x) = {2x + 5 \over x^2 + 5x - 6}
}$
\endcolumns
\finexo

—
Syracuse — Dernière modification : 14 octobre 2001 (0.08s - 3824125 - 3 décembre 2008)