Right front endpaper, line 4 below the heading Some Integrals
Is:
. . . = ln(1 + x2)
Should be: . . . = ½ ln(1 + x2)
Page 67, Figure 2.13, at the top right of the picture,
vx
+ ivx should
read vx + ivy
[i.e.,
replace the final sub x with a sub y].
Page 233, line 4 of Problem
6.19
Is:
is minimum has
Should be:
is stationary has
Page 290, line 7 (unnumbered
equation)
The two letters d should be
changed to partial derivatives
Page 358, line 10 from
bottom
Is:
rOmega2
Should be:
mrOmega2
Page 361, line 2 of
Problem 9.4
Is:
form (1 + epsilon)-3
approx
1 - 3epsilon
.]
Should be:
form (1 + epsilon)-3/2
approx
1 - 3epsilon/2
.]
Page 415, last line of
Problem 10.52
Is:
in (10.06).
Should be:
in (10.96).
Page 477, line 3 from bottom
Is:
constant ln(10) times
Should be:
constant log(e) times
Page 535, line 20
Is:
Equation (13.31)
Should be: Equation (13.35)
Page 551, line 1 of Problem
13.4
In the in-text equation insert a dot over the letter q
[as
on the left side of Eq. (13.13) on page 525].
Page 598, line 8 from the
bottom
Delete the prime from the script cap Ess
Page 598, line 3 from the
bottom
Is:
that Keplers sun-centered
Should be: that Copernicuss sun-centered
Page 606, line 6
Is:
Delta
t prime
approx 7 Delta t
Should be: Delta t approx 7 Delta t prime
Page 606, lines 9 and 10
Is: Delta t prime = Delta t/0
Should be: Delta t = Delta t prime/0
Page 606, end of line 10
Is:
value for
Should
be:
value Delta
t.
Page 616, line 2 below Eq.
(15.27)
Is:
that is gamma
= 1
sqrt{1
Should be:
that is gamma
= 1/sqrt{1
Page 647, line 9
Is:
2beta/(1
+ beta), so
Should be: 2beta/(1 + beta2), so
[i.e., insert a superscript 2]
Page 667, line 3 from bottom
of Problem 15.5
Is:
twins: A stays at ...
Should be: twins: B stays at ...
Page 667, line 2 from bottom
of Problem 15.5
Is:
but B occupies ...
Should be: but A occupies ...
Page 762, line 1
Is:
+ rdot ·A
= ...
Should be: + q rdot ·A = ...
[i.e., insert italic q. I use rdot to mean r with a dot over it.]
Page 765, Problem 10.13
Is:
omega
= sqrt{mga/I}; ...
Should be: tau = 2 pi sqrt{I/mga};
(The square-root sign should have an overbar extending over all four letters, as in original)
Page 765, Problem 10.57
Is:
(Xdot2 + Ydot2)
+...
Should be: (Xdot2 + Ydot2 + R2 thetadot2 sin2 theta) + ...
[where Xdot means X with a dot above it, etc.]
Page 770, last line
Is:
= 4.71
Should be: = 4.69