Mixing
Best book for learning multiple integrals, line integrals, Green's theorem, etc.
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I've been searching for a book that teaches multiple integrals and such in a way that I can understand. I need to learn it quickly, so I don't need too much of the intuition, I just need to be able to do the mechanics of it in an exam. I also learn well with lots of worked examples.
Can someone recommend a few books? Thanks.
multivariable-calculus reference-request contour-integration surfaces volume
edited Jun 12 '15 at 23:31
Ken
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
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add a comment |
$begingroup$
I've been searching for a book that teaches multiple integrals and such in a way that I can understand. I need to learn it quickly, so I don't need too much of the intuition, I just need to be able to do the mechanics of it in an exam. I also learn well with lots of worked examples.
Can someone recommend a few books? Thanks.
multivariable-calculus reference-request contour-integration surfaces volume
edited Jun 12 '15 at 23:31
Ken
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
$endgroup$
$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32
add a comment |
$begingroup$
I've been searching for a book that teaches multiple integrals and such in a way that I can understand. I need to learn it quickly, so I don't need too much of the intuition, I just need to be able to do the mechanics of it in an exam. I also learn well with lots of worked examples.
Can someone recommend a few books? Thanks.
multivariable-calculus reference-request contour-integration surfaces volume
edited Jun 12 '15 at 23:31
Ken
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
$endgroup$
I've been searching for a book that teaches multiple integrals and such in a way that I can understand. I need to learn it quickly, so I don't need too much of the intuition, I just need to be able to do the mechanics of it in an exam. I also learn well with lots of worked examples.
Can someone recommend a few books? Thanks.
multivariable-calculus reference-request contour-integration surfaces volume
multivariable-calculus reference-request contour-integration surfaces volume
edited Jun 12 '15 at 23:31
Ken
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
edited Jun 12 '15 at 23:31
Ken
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
edited Jun 12 '15 at 23:31
Ken
3,63151728
edited Jun 12 '15 at 23:31
Ken
3,63151728
edited Jun 12 '15 at 23:31
Ken
3,63151728
3,63151728
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
asked Jun 6 '14 at 11:25
MathHelpMathHelp
93
93
$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32
add a comment |
$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32
$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32
$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32
add a comment |
2 Answers
2
active
oldest
votes
$begingroup$
I would look at the last third of Swokowski. This is the edition I know.
Even better would be a Schaum's Outline, but I'm not sure if there is one that is exactly the "Calc 3" which you are requesting. Look at Vector analysis and Advanced Calculus. Older editions usually better content. Old hardcopy usually better than digital scan or reprint.
P.s. for Stack police, I am aware the question is old. But answer will help others.
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
$endgroup$
add a comment |
$begingroup$
Disclaimer: I neither work for the authors nor Amazon.
This book by Stewart should be ok. It's a big, broad book but so are your goals. Multiple integrals + curvilinear integrals + Green's Theorem in such a short time is a heavy task, though doable.
It's super intuitive, has great examples and summaries to learn the mechanics.
This book lacks the exuberance of Stewart's but should work for you as well.
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
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add a comment |
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2 Answers
2
active
oldest
votes
2 Answers
2
active
oldest
votes
active
oldest
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active
oldest
votes
$begingroup$
I would look at the last third of Swokowski. This is the edition I know.
Even better would be a Schaum's Outline, but I'm not sure if there is one that is exactly the "Calc 3" which you are requesting. Look at Vector analysis and Advanced Calculus. Older editions usually better content. Old hardcopy usually better than digital scan or reprint.
P.s. for Stack police, I am aware the question is old. But answer will help others.
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
$endgroup$
add a comment |
$begingroup$
I would look at the last third of Swokowski. This is the edition I know.
Even better would be a Schaum's Outline, but I'm not sure if there is one that is exactly the "Calc 3" which you are requesting. Look at Vector analysis and Advanced Calculus. Older editions usually better content. Old hardcopy usually better than digital scan or reprint.
P.s. for Stack police, I am aware the question is old. But answer will help others.
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
$endgroup$
add a comment |
$begingroup$
I would look at the last third of Swokowski. This is the edition I know.
Even better would be a Schaum's Outline, but I'm not sure if there is one that is exactly the "Calc 3" which you are requesting. Look at Vector analysis and Advanced Calculus. Older editions usually better content. Old hardcopy usually better than digital scan or reprint.
P.s. for Stack police, I am aware the question is old. But answer will help others.
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
$endgroup$
I would look at the last third of Swokowski. This is the edition I know.
Even better would be a Schaum's Outline, but I'm not sure if there is one that is exactly the "Calc 3" which you are requesting. Look at Vector analysis and Advanced Calculus. Older editions usually better content. Old hardcopy usually better than digital scan or reprint.
P.s. for Stack police, I am aware the question is old. But answer will help others.
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
edited Jun 24 '17 at 19:38
Sahiba Arora
5,78231538
5,78231538
answered Jun 24 '17 at 19:37
guestguest
212
answered Jun 24 '17 at 19:37
guestguest
212
answered Jun 24 '17 at 19:37
guestguest
212
212
add a comment |
add a comment |
$begingroup$
Disclaimer: I neither work for the authors nor Amazon.
This book by Stewart should be ok. It's a big, broad book but so are your goals. Multiple integrals + curvilinear integrals + Green's Theorem in such a short time is a heavy task, though doable.
It's super intuitive, has great examples and summaries to learn the mechanics.
This book lacks the exuberance of Stewart's but should work for you as well.
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
$endgroup$
add a comment |
$begingroup$
Disclaimer: I neither work for the authors nor Amazon.
This book by Stewart should be ok. It's a big, broad book but so are your goals. Multiple integrals + curvilinear integrals + Green's Theorem in such a short time is a heavy task, though doable.
It's super intuitive, has great examples and summaries to learn the mechanics.
This book lacks the exuberance of Stewart's but should work for you as well.
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
$endgroup$
add a comment |
$begingroup$
Disclaimer: I neither work for the authors nor Amazon.
This book by Stewart should be ok. It's a big, broad book but so are your goals. Multiple integrals + curvilinear integrals + Green's Theorem in such a short time is a heavy task, though doable.
It's super intuitive, has great examples and summaries to learn the mechanics.
This book lacks the exuberance of Stewart's but should work for you as well.
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
$endgroup$
Disclaimer: I neither work for the authors nor Amazon.
This book by Stewart should be ok. It's a big, broad book but so are your goals. Multiple integrals + curvilinear integrals + Green's Theorem in such a short time is a heavy task, though doable.
It's super intuitive, has great examples and summaries to learn the mechanics.
This book lacks the exuberance of Stewart's but should work for you as well.
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
answered Jun 24 '17 at 19:48
rrogerrrrogerr
832310
832310
add a comment |
add a comment |
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$begingroup$
I also wonder what book should I use to understand contour integral. I hope your post gets a good answer.
$endgroup$
– Tunk-Fey
Jun 6 '14 at 11:32