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Calculus 1 - Differentiation and Integration: Over 1,900 Solved Problems
Why choose this eBook?
• Over 1,900 problems with step-by-step solutions including detail solution checking
• Most definitive text and teacher reference available for calculus 1
• Learn about operations involving sequences, series, limits, factorials, differentiation, integration, and more
• Instruction methods effective for 12th grade through college level and adults
• Unique step-by-step approach makes math easy to learn
• Student-tested methods found only in Hamilton Education Guides
• Self-teaching methods designed to improve students’ confidence in solving math problems
• Provides a lifetime methodology for problem solving
• Stimulates a desire to learn and eliminates fear of math
About the Author:
Dan Hamilton received his B.S. degree in Electrical Engineering from Oklahoma State University and Master’s degree, also in Electrical Engineering from the University of Texas at Austin. He has taught a number of math and engineering courses as a visiting lecturer at the University of Oklahoma, Department of Mathematics, and as a faculty member at Rose State College, Department of Engineering Technology, at Midwest City, Oklahoma. He is currently working in the filed of aerospace technology and has published numerous technical papers.
The author’s main objective in writing this book was to build a simple and easy model for teaching math that demystifies the subject and makes math easy for anyone to learn. The author hopes that this simplified teaching method stimulates the interest of math students of all ages as math becomes increasingly important in our high technology world.
• Over 1,900 problems with step-by-step solutions including detail solution checking
• Most definitive text and teacher reference available for calculus 1
• Learn about operations involving sequences, series, limits, factorials, differentiation, integration, and more
• Instruction methods effective for 12th grade through college level and adults
• Unique step-by-step approach makes math easy to learn
• Student-tested methods found only in Hamilton Education Guides
• Self-teaching methods designed to improve students’ confidence in solving math problems
• Provides a lifetime methodology for problem solving
• Stimulates a desire to learn and eliminates fear of math
About the Author:
Dan Hamilton received his B.S. degree in Electrical Engineering from Oklahoma State University and Master’s degree, also in Electrical Engineering from the University of Texas at Austin. He has taught a number of math and engineering courses as a visiting lecturer at the University of Oklahoma, Department of Mathematics, and as a faculty member at Rose State College, Department of Engineering Technology, at Midwest City, Oklahoma. He is currently working in the filed of aerospace technology and has published numerous technical papers.
The author’s main objective in writing this book was to build a simple and easy model for teaching math that demystifies the subject and makes math easy for anyone to learn. The author hopes that this simplified teaching method stimulates the interest of math students of all ages as math becomes increasingly important in our high technology world.
Kindle Edition
Published March 24, 2018
9 people want to read
About the author
Dan Hamilton
28 books1 followerLibrarian Note: There is more than one author in the Goodreads database with this name.
>Dan Hamilton received his B.S. degree in Electrical Engineering from Oklahoma State University and Master’s degree, also in Electrical Engineering, from the University of Texas at Austin. He has taught a number of math and engineering courses as a visiting lecturer at the University of Oklahoma, Department of Mathematics, and as a faculty member at Rose State College, Department of Engineering Technology, at Midwest City, Oklahoma. He is currently working in the field of aerospace technology and has published numerous technical papers.
>Dan Hamilton received his B.S. degree in Electrical Engineering from Oklahoma State University and Master’s degree, also in Electrical Engineering, from the University of Texas at Austin. He has taught a number of math and engineering courses as a visiting lecturer at the University of Oklahoma, Department of Mathematics, and as a faculty member at Rose State College, Department of Engineering Technology, at Midwest City, Oklahoma. He is currently working in the field of aerospace technology and has published numerous technical papers.
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