c′=0,c=const;
(xα)′=αxα−1,x∈R,α∈R;
(ax)′=axlna,a>0,a≠1,x∈R;
(ex)′=ex;
(logax)′=1xlna,x>0;
(loga|x|)′=1xlna,x≠0;
(lnx)′=1x,x>0;
(sinx)′=cosx,x∈R;
(cosx)′=−sinxx∈R;
(tgx)′=1cos2x,x≠π2(2n+1),n∈Z;
(ctgx)′=−1sin2x,x≠πn,n∈Z;
(arcsinx)′=11−x2,|x|<1;
(arccosx)′=−11−x2,|x|<1;
(arctgx)′=11+x2,x∈R;
(arcctgx)′=−11+x2,x∈R;
(shx)′=chx,x∈R;
(chx)′=shxx∈R;
(thx)′=1ch2x,x≠π2(2n+1),n∈Z;
(cthx)′=−1sh2x,x≠πn,n∈Z;
(arshx)′=1x2+1,x∈R;
(archx)′=−1x2−1,|x|>1;
(arthx)′=11−x2,x∈R;
(arcthx)′=1x2−1,x∈R.
Tags:
Derivative Table.
Table of Derivatives of Composite Functions.
Table of Higher Order Derivatives.
Table of Integrals
Taylor Series
Comparison of functions O(f) and o(f).