instead of 
.
, 
, 
.
instead of 
. Besides, in the answers to
both 7a and 7b, all appearances of 
should be replaced by
.
for 
/n=0 along the vertical axis.
.
, 
, 
and 
.
by
.
is
. Consequently:
Unfortunately, all the following text is based on the erroneous expression
for 
.
has not
been taken into account in the calculations. This error propagates to the
first expression on top of p 564.
is not discussed
anywhere in the previous part of the chapter. However, the result mentioned
can easily be derived from the definition of 
.
(
occurs twice in the middle term of
Equation 34). The consequence is that the factor before the integral of the
second part of Equation 36 becomes 
(the correct answer, see
Equation 20 on page 553) instead of 
.
This also means that the case n=0 does not need any special treatment.
p 573, Equation 41: the equation under the 
sign should be
k=1 instead of n=1.
p 574, Equation 42 (twice):
the equation under the 
sign should be k=0 instead of n=0;
change the subscripts m to ``rms''.
p 575, first line under Equation 44: replace ``of'' by ``or''.
p 582, second sentence under heading ``Energy Content of a Signal''
should be: The entire expression represents energy per unit
resistance or conductance, if 
is represents current or voltage,
respectively; it is called 1-
energy by some, though still treated
by them as energy in joules.
p 587, Problem 2: insert ``shifted down 5 units'' after ``Waveform 2''.
p 593, Figure P30b: add the voltage source for 
; remove the
capacitor on the right.
p 594, top of page: remove extra b..