Roland "Ron" Edwin Larson (born October 31, 1941) is a professor of mathematics at Penn State Erie, The Behrend College, Pennsylvania.[1] He is best known for being the author of a series of widely used mathematics textbooks ranging from middle school through the second year of college.
Ron Larson was born in Fort Lewis near Tacoma, Washington, the second of four children of Mederith[lower-alpha 1] John Larson and Harriet Eleanor Larson. Mederith Larson was an officer in the 321st Engineer Battalion of the United States Army. Mederith Larson served in active duty during World War II, where he was awarded a Bronze Star Medal and a Purple Heart, and the Korean War, where he was awarded an Oak Leaf Cluster and a Silver Star.[2] During the years that Ron was growing up, his father was stationed in several military bases, including Chitose, Hokkaido, Japan and Schofield Barracks, Hawaii. While in Chitose, Ron attended a small DoDDS school, where he was one of only three students in the sixth grade. When Mederith Larson retired from the Army in 1957, he moved with his family to Vancouver, Washington, where he lived until he died (at the age of 89) in 2005.[3] Harriet Larson died (at the age of 95) in the fall of 2009.
Larson spent his first two years of high school at Leilehua High School in Wahiawa, Hawaii. In 1957, when his family moved to Vancouver, Washington, Larson enrolled in Battle Ground High School, where he graduated in 1959. On October 29, 1960, at the age of 18, he married Deanna Sue Gilbert, also of Vancouver, Washington. Deanna Gilbert was the second child of Herbert and Dorothy Gilbert. Ron and Deanna Larson have two children, Timothy Roland Larson [4] and Jill Deanna Larson Im, five living grandchildren, and two great-grandchildren. Their first grandchild, Timothy Roland Larson II, died at birth on summer solstice, June 21, 1983.
Larson is the third generation of Norwegian and Swedish immigrants who left Scandinavia to homestead in Minnesota in the late 1800s.[5] The surnames and immigration dates of his great-grandparents are Bangen (1866, Norway), Berg (1867, Norway), Larson (1868, Norway), and Watterburg (1879, Sweden).
From 1959 until 1962, Ron and Deanna Larson started and operated a small business, called Larson's Custom Quilting. In 1962, they sold the business and Ron began attending Clark College in Vancouver, Washington. In 1964, he obtained his associate degree from Clark. Upon graduation from Clark College, Larson was awarded a scholarship from the Alcoa Foundation, which he used to attend Lewis & Clark College in Portland, Oregon. He graduated, with honors, from Lewis & Clark in 1966. During the four years from 1962 through 1966, Ron worked full-time, first at a restaurant and then at a grocery store, in Vancouver and Deanna worked full-time as the secretary to the president of Roberts Motor Company in Portland, Oregon.[7]
In 1970, Larson accepted a position of assistant professor at Penn State Erie, The Behrend College in Erie, Pennsylvania. At the time, Behrend College was a 2-year branch campus of the university. In 1971, the Board of Trustees of the University met with the Behrend Advisory Board to announce Behrend College would become the first location outside University Park with the authority to develop baccalaureate program and confer degrees locally.[10] During his first several years at the college, Larson was instrumental in developing a mathematics major at the college. He served as a member of the University Faculty Senate and also as Behrend College's representative on the University Faculty Council. Larson was promoted to associate professor in 1976 and professor in 1983.
Early in his career at Penn State, Larson started writing manuscripts for textbooks. He completed and submitted three manuscripts for calculus texts in 1973, 1974, and 1975, only to be rejected by several publishers. Larson relates his determination to continue writing in an essay titled A Single Dream.[11] "When Marilyn Monroe was asked if she had been lucky in her career, she said 'When you have a single dream it is more than likely to come true---because you keep working toward it without getting mixed up.' Anyone who has been in my office knows that I am a Marilyn fan. But not just a Marilyn fan---I am a fan of the American Dream." Finally, in 1976 he and his co-author, Robert P. Hostetler, obtained a contract from D. C. Heath and Company. The first edition of their calculus book was published in December, 1978. In 1995, Hostetler left the authorship team and was replaced by Bruce A. Edwards of the University of Florida. Calculus by Larson and Edwards is now in its eleventh edition. It is used worldwide and has been translated in several languages.[12]
During the academic year of 1983–84, Larson served as the acting division head for the Division of Science at Penn State Erie.
In 1998 Larson was given the Distinguished Alumnus Award from Lewis and Clark College, Portland, Oregon.[13]
Books
Counting different editions, Larson has written over 400 titles.[14][15] They are used by several million students each year in the United States, as well as by students in other countries. Larson's books have received many awards – for pedagogy, innovation, and design.[16][17] One of these awards was for developing the first completely interactive calculus textbook online. The work on this text was spearheaded by Larson's son, Timothy Larson. The online text, titled Interactive Calculus was posted in 1995. Another award was for innovation in page design. Beginning in 1990, Larson has written all of his mathematics texts to design, so that concepts and examples never break from page to page. The eighth edition of Calculus won the 2005 Benny Award for the best cover in all categories of printing.[18] The middle school series, Big Ideas Math, won the TAA Textbook Excellence Award ("Texty") in 2010 for excellence in secondary mathematics textbook publishing.[19] Larson's textbooks have won awards from the Textbook Authors' Association (TAA) multiple times, including the McGuffey Longevity Award, the TAA Textbook Excellence Award, and the Most Promising New Textbook Excellence Award.
Up until 1995, most of Larson's books were published by D. C. Heath, which was owned by Raytheon. In 1995, Raytheon sold D. C. Heath to Houghton Mifflin. By 1999, Larson's titles had become a major component of Houghton Mifflin's publications. In that year, he was listed in the company's annual report as one of Houghton Mifflin's major authors. In 2008, the College Division of Houghton Mifflin was sold to Cengage Learning.
Larson's textbooks have been translated into Spanish, Portuguese, Chinese, and French.[20][21][22]
Company founder
In 1984, Larson formed a small company that he called Larson Texts,[4] starting with four employees in an old cottage on the campus of Behrend College. The cottage had been part of the original estate of Ernst Behrend, founder of Hamermill Paper Company.[23]
In 1992, Larson Texts formed a software division called Meridian Creative Group, later renamed as Larson Learning. The division developed and sold tutorial mathematics software for grades K through 8.[24] In 2005, Larson Learning was sold to Houghton Mifflin for $7 million.[25]
Larson, Ron; Robyn Silbey (1998). "Larson's Middle School Math, Grades 6, 7, and 8". Larson Learning
Larson, Ron (2000). "Larson's Intermediate Math, Grades 3, 4, 5, and 6". Larson Learning
Larson, Ron (2002). "Larson's Elementary Math, Grades Kindergarten, 1, and 2". Larson Learning
Research
During his first few years as an assistant professor at Penn State Erie, Larson continued to do research in the area of his dissertation. His research resulted in the publication of several articles, mostly dealing with the lattice of topologies.[26] By the mid-1970s, however, he switched his writing efforts to textbooks.
Larson, R. E., R. P. Hostetler and B. A. Edwards (June 1994, July 1994). "CD-ROM Textbook and Calculus". FOCUS: Mathematics Association of America.
According to his acceptance speech for the Distinguished Alumnus Award in 1998, Ron's interest in writing mathematics textbooks started the summer after his sophomore year in college. "In my sophomore year I decided to switch to math. I wasn't prepared for it. I had forgotten my high school algebra and trig, and I had to spend my sophomore year taking those courses over again. After I was accepted to Lewis & Clark, I made an appointment to talk with the math department chair, Elvy Fredrickson. That was in June 1964. I asked Elvy if she would let me squeeze four years of math into my junior and senior years at Lewis & Clark. To imagine her thoughts, you have to remember that I had not even taken a course in freshman calculus. I didn't then know what Elvy was thinking. I only knew what she said and what she did. She went to a bookshelf in her office in the old math building, scanned the titles, took down a calculus text, handed it to me, and said, 'Study this book during the summer. The week before classes start in the fall, I will give you a test. If you pass, I will let you take your sophomore and junior mathematics courses concurrently. By the time you reach your senior year, you will be on track.' Years later, Elvy told me that she had no idea I would actually do it. But, I had no idea that she had no idea—and so I took her up on her offer. I read the calculus book, passed the test, and started taking third-semester calculus and linear algebra in the fall of 1964."[29]
Roland E. Larson, Text and Academic Authors Association McGuffey Longevity Award, 1996, Calculus, 7th Edition (Houghton Mifflin)
Roland E. Larson, Text and Academic Authors Association Textbook Excellence Award, 1996, Interactive Calculus: Early Transcendental Functions, (Houghton Mifflin)
Roland E. Larson, Text and Academic Authors Association Textbook Excellence Award, 1997, Interactive College Algebra, (Houghton Mifflin)
Roland E. Larson, Text and Academic Authors Association Textbook Excellence Award, 1997, Larson's Leapfrog Math, (Meridian Creative Group)
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 1998, Larson's Leapfrog Math, (Meridian Creative Group)
Ron Larson, Lewis and Clark College Distinguished Alumnus Award, 1998
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 2004, Calculus, 7th Edition, (Houghton Mifflin)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2004, Precalculus, 6th Edition, (Houghton Mifflin)
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 2006, Calculus, 8th Edition, (Houghton Mifflin)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2010, Big Ideas Math, 1st Edition, (Big Ideas Learning)
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 2011, Precalculus: Real Math, Real People, 6th Edition, (Cengage Learning)
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 2012, Calculus: An Applied Approach, 9th Edition, (Cengage Learning)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2012, Big Ideas Math: A Common Core Curriculum, 1st Edition, (Big Ideas Learning)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2013, Calculus, 10th Edition, (Cengage Learning)
Ron Larson, Text and Academic Authors Association Most Promising New Textbook Award, 2013, Math & You: The Power & Use of Mathematics, 1st Edition, (Larson Texts)
Ron Larson, Text and Academic Authors Association Most Promising New Textbook Award, 2013, Big Ideas Math: A Common Core Curriculum Algebra 1, 1st Edition, (Big Ideas Learning)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2014, Precalculus, 9th Edition, (Cengage Learning)
Ron Larson, Text and Academic Authors Association Textbook Excellence Award, 2014, Big Ideas Math: A Common Core Curriculum, 7 Book Series, 2nd Edition, (Big Ideas Learning Learning)
Ron Larson, Text and Academic Authors Association McGuffey Longevity Award, 2014, Calculus: Early Transcendental Functions, 6th Edition, (Cengage Learning)
Published books
Larson, Roland E.; Robert P. Hostetler (1979), Calculus with Analytic Geometry, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1982), Mathematics for Everyday Living, Saunders
Larson, Roland E.; Robert P. Hostetler (1983), Calculus An Applied Approach, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1985), College Algebra, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1985), Algebra and Trigonometry, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1985), Trigonometry, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1985), Precalculus, D. C. Heath
Larson, Roland E.; Bruce H. Edwards (1988), Elementary Linear Algebra, D. C. Heath
Larson, Roland E.; Bruce H. Edwards (1991), Finite Mathematics, D. C. Heath
Larson, Roland E.; Bruce H. Edwards (1991), Finite Mathematics with Calculus, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1992), Elementary Algebra, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1992), Intermediate Algebra, D. C. Heath
Larson, Roland E.; Robert P. Hostetler; Anne V. Munn (1992), College Algebra Concepts and Models, D. C. Heath
Larson, Roland E.; Robert P. Hostetler, Bruce H. Edwards (1993), College Algebra A Graphing Approach, D. C. Heath
Larson, Roland E.; Robert P. Hostetler, Bruce H. Edwards (1993), Algebra and Trigonometry A Graphing Approach, D. C. Heath
Larson, Roland E.; Robert P. Hostetler (1993), Precalculus A Graphing Approach, D. C. Heath
Larson, Ron; Robyn Silbey (2015), Mathematical Practices: Mathematics for Teachers
Larson, Ron; Laurie Boswell (2015), Big Ideas Math Algebra 1, Big Ideas Learning
Larson, Ron; Laurie Boswell (2015), Big Ideas Math Geometry, Big Ideas Learning
Larson, Ron; Laurie Boswell (2015), Big Ideas Math Algebra 2, Big Ideas Learning
Translations
Larson, Roland E.; Robert P. Hostetler, Bruce H. Edwards (1995), Cálculo y Geometria Analitica, Vol I, McGraw Hill, ISBN84-481-1768-9 (Spanish)
Larson, Roland E.; Robert P. Hostetler, Bruce H. Edwards (1995), Cálculo y Geometria Analitica, Vol II, McGraw Hill, ISBN84-481-1769-7 (Spanish)
Larson, Roland E.; Robert P. Hostetler, Bruce H. Edwards (1998), Cálculo com Applicações, LTC-Livros Técnicos e Ciêntificos, ISBN85-216-1144-7 (Portuguese)
Larson, Ron; Robert P. Hostetler, Bruce H. Edwards (2002), Cálculo y Geometria Analitica, Vol I, McGraw Hill, ISBN84-481-1768-9 (Spanish)
Larson, Ron; Robert P. Hostetler, Bruce H. Edwards (2002), Cálculo y Geometria Analitica, Vol II, McGraw Hill, ISBN84-481-1769-7 (Spanish)
Larson, Ron; Robert P. Hostetler, Bruce H. Edwards (2002), Calculus 微积分, Houghton Mifflin, ISBN957-29080-4-9 (Chinese)
Larson, Roland E; Bruce H. Edwards, David C. Falvo; (2004), Álgebra Lineal, Pirámide, ISBN84-368-1878-4 (Spanish)
Calculus is the mathematical study of continuous change, in the same way that geometry is the study of shape, and algebra is the study of generalizations of arithmetic operations.
Elementary algebra, also known as college algebra, encompasses the basic concepts of algebra. It is often contrasted with arithmetic: arithmetic deals with specified numbers, whilst algebra introduces variables.
In mathematics education, Finite Mathematics is a syllabus in college and university mathematics that is independent of calculus. A course in precalculus may be a prerequisite for Finite Mathematics.
New Mathematics or New Math was a dramatic but temporary change in the way mathematics was taught in American grade schools, and to a lesser extent in European countries and elsewhere, during the 1950s–1970s.
In mathematics, the remainder is the amount "left over" after performing some computation. In arithmetic, the remainder is the integer "left over" after dividing one integer by another to produce an integer quotient. In algebra of polynomials, the remainder is the polynomial "left over" after dividing one polynomial by another. The modulo operation is the operation that produces such a remainder when given a dividend and divisor.
In mathematics education, precalculus is a course, or a set of courses, that includes algebra and trigonometry at a level which is designed to prepare students for the study of calculus, thus the name precalculus. Schools often distinguish between algebra and trigonometry as two separate parts of the coursework.
William Gilbert Strang is an American mathematician known for his contributions to finite element theory, the calculus of variations, wavelet analysis and linear algebra. He has made many contributions to mathematics education, including publishing mathematics textbooks. Strang was the MathWorks Professor of Mathematics at the Massachusetts Institute of Technology. He taught Linear Algebra, Computational Science, and Engineering, Learning from Data, and his lectures are freely available through MIT OpenCourseWare.
Dr. Timothy D. Kanold is a mathematics educator and author of textbooks. He was the president of the National Council of Supervisors of Mathematics (NCSM) from 2008 to 2009.
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In mathematics, a basic algebraic operation is any one of the common operations of elementary algebra, which include addition, subtraction, multiplication, division, raising to a whole number power, and taking roots. These operations may be performed on numbers, in which case they are often called arithmetic operations. They may also be performed, in a similar way, on variables, algebraic expressions, and more generally, on elements of algebraic structures, such as groups and fields. An algebraic operation may also be defined more generally as a function from a Cartesian power from a given set set to the same set.
D. C. Heath and Company was an American publishing company specializing in textbooks. It was founded in 1885 in Boston by Edwin Ginn and Daniel Collamore Heath and was later located at 125 Spring Street in Lexington, Massachusetts. From 1966 to 1995 the firm was owned by Raytheon. When Raytheon exited the textbook market, it sold the company to Houghton Mifflin.
A teragon is a polygon with an infinite number of sides, the most famous example being the Koch snowflake. The term was coined by Benoît Mandelbrot from the words Classical Greek τέρας + γωνία. Typically, a teragon will be bounded by one or more self-similar fractal curves, which are created by replacing each line segment in an initial figure with multiple connected segments, then replacing each of those segments with the same pattern of segments, then repeating the process an infinite number of times for every line segment in the figure.
Trigonometry is a branch of mathematics concerned with relationships between angles and side lengths of triangles. In particular, the trigonometric functions relate the angles of a right triangle with ratios of its side lengths. The field emerged in the Hellenistic world during the 3rd century BC from applications of geometry to astronomical studies. The Greeks focused on the calculation of chords, while mathematicians in India created the earliest-known tables of values for trigonometric ratios such as sine.
Big Ideas Learning, LLC is an educational publisher in the United States. The company's headquarters is located in Erie, Pennsylvania. It publishes mathematics textbooks and instructional technology materials.
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Harold Mortimer Edwards, Jr. was an American mathematician working in number theory, algebra, and the history and philosophy of mathematics.
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George Finlay Simmons was an American mathematician who worked in topology and classical analysis. He is known as the author of widely used textbooks on university mathematics.
Doris G. Skillman Stockton (1924–2018) was an American mathematician specializing in partial differential equations and Banach spaces, and known for her many mathematics textbooks. For many years she was a professor of mathematics at the University of Massachusetts Amherst.
↑ Jones, William B., Ellen E. Reed, and Fred W. Stevenson (Volume 33, Number 2, 2003, 395-403. "Biography of Wolfgang J. Thron". Rocky Mountain Journal of Mathematics.
(November 7, 1976, Page 18-A). "2 Behrend Professors Author Text on Calculus". Erie Times News
(March 1, 1981). "Book on Handling Money Penned by Behrend Profs". Erie Times News
Craig, Cindy (February 1, 1982, Volume 37, Number 9, Page 7). "Behrend Profs Achieve Publishing Success". The Collegian, Penn State Erie's Weekly Newspaper
Dile, Robin (May 20, 1984). "Professor Invents the 'Perfect' Dice". Erie Times News
Ross, Michael (March 1, 1985, Volume 33, Number 10, Page 1). "Larson and Hostetler Offer Precalculus Series". The Collegian, Penn State Erie's Weekly Newspaper
Center Spread (March, 1985, Volume 6, Number 1, Page 17). "Dice Game". Physical Science and Engineering, Research Penn State.
Howard, Pat (July 25, 1985, Page 1B). "Textbook Authors Still Get Thrill of Writing". Erie Daily Times
(March 22, 1985). "Penn State Behrend Honors Faculty Authors at Book Day". Erie Times News
(December 13, 1987). "Behrend Honors Philanthropists". Erie Times News
Pellegrini, Mike (August 5, 1991, Page 5). "He Writes Best Sellers for Math Students". Pittsburgh Post Gazette
(Fall, 1991, pages 4–5). "Read Any Good Math Books Lately?". The Behrend Quarterly
(August 15, 1995, Page 12C). "Interactive Computer Companion Developed for Behrend Prof's Text". Erie Times News
(August 20, 1995). "Behrend Professor Offers High Tech Instruction in Math". Erie Times-News
Pawlak, Kim (Notable Author Series, 1997). "Ron Larson: Author and Publisher", Text and Academic Authors, Online Information for TAA Members
Pawlak, Kim (Notable Author Series, 1997). "Instilling a Love for Math", Text and Academic Authors, Online Information for TAA Members
Pawlak, Kim (Notable Author Series, 1997). "Obsessed with Writing", Text and Academic Authors, Online Information for TAA Members
Alumni News (Fall, 1998, Volume 8, Number 1, Page 8). "Three Outstanding Alumni Honored". The Lewis & Clark Chronicle
(April 23, 1998, Page 12C). "Profile Ron Larson, Meridian Creative Group". Morning News, Erie
McQuaid, Deborah (February 10, 1999). "Firm May Move into Former School". Erie Times-News
New Ways to Know (1999), Houghton Mifflin Annual Report
Martin, Jim (March 9, 2003). "At Larson Texts, Success is Academic". Erie Times News
Savory, Jon (November 26, 2003, Part 1). "Numbing the Mind with Numbers: Inside the Head of Mathematics Author Ron Larson". County College of Morris Student Newspaper, The Youngstown Edition
Savory, Jon (December 10, 2003, Part 1). "Does Two Plus Two Really Equal Four". County College of Morris Student Newspaper, The Youngstown Edition
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