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f(x) =C
f'(x) = 0
f(x) = x
f'(x) = 1
f(x) = x1
f'(x) = n x-1
f(x) = (g(x)]"
f(x) = a*
f'(x) = a* In a
f(x) = a8l1).
f'(x) = n(g(x)]r g'(x) f'(x) = g(1)g(x) • In a f'(x) = g(x) · g'(x)
f(x) = et
f'(x) = ex
f(x) = eg() f(x) = log, g(x)
g(1)
f(x) = log, X
f'(x) = xina
f'(x) =
f(x)
g(x) In a
f(x) = lnx
f'(x) = 4
f(x) = ln g(x).
f'(x) = gter
f(x) = sin xa
f(x) = sin g(x)
f'(x) = cos g(x) · g'(x)
f(x) = COS X
f(x) = cos g(x)
f'(x) =
sin g(x) · g'(x)
f(x) = tanx
er f(x) = tan g(x)
g'(x) cos g(x)
Cos2x
f'(x) = cos x f'(x) = - sinx
f'(x) = costs f'(x) = TEM f'(x) = 4 f'(x) = si
f(x) = arcsin x
f(x) = arcsin g(x)
f'(x) = colgar f'(x) = S*) – f(x) = 14
f(x) = arccos X
f(x) = arccos g(x).
f(x) = arctan x
f(x) = arctan g(x)x
g'(x) 1+g'(x)