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15 Cards in this Set

  • Front
  • Back
sin(cos*-1(x))
sr(1-x*2)
sin(tan*-1(x))
x/sr(1+x*2)
cos(tan*-1(x))
1/sr(1+x*2)
cos(sin*-1(x))
sr(1-x*2)
tan(sin*-1(x))
x/sr(1-x*2)
tan(cos*-1(x))
sr(1-x*2)/x
cot(sin*-1(x))
sr(1-x*2)/x
cot(cos*-1(x))
x/sr(1-x*2)
d/dx of f*-1
1/(f'(f*-1(x)))
d/dx of lnx
1/x
d/dx of logax
1/(lna)x
linear approximation
L(x)=
f(a)+f'(a)(x-a)

y=f(x) at x=a
extreme value theorem
if f(x) is continuous on a,b then there is a global max and min
fermat's theorem
if f(x) has a local max/min at c, then f' at c=0
mean value theorem
if f(x) is continuous on a,b and differentiable then f' at c must exist