Chapter 5: Blocks recap Flashcards
6
Q
The Mean Value Theorem for Integrals
7
Q
Define an inverse function
A
Let f be a one-to-one function with domain A and range B.
Then the inverse function f-1 has domain B and range A and is defined by:
f-1(y) = x <=> f(x) = y
for any y in B
8
Q
Cancellation equations
A
f-1( f(x) ) = x
f( f-1(x) ) = x
9
Q
Theorem on continuity of inverses
A
If f is a one-to-one continuous function defined on an interval, then its inverse function f-1 is also continuous.
10
Q
Theorem on differentiability of inverses
12
Q
d/dx (eu)
A
eu . du/dx
13
Q
Cancellation equations for log
A
- loga(ax) = x
- alogax = x for every x>0
14
Q
3 Log properties:
A
- loga(xy) = logax + logay
- loga(** x/**<strong>y</strong>) = logax - logay
- loga(xr) = r.logax
15
Q
Change of base formula
A
logax = lnx/lna