Affordable Learning in College Algebra


Fort Valley State University, A Unit of The University System of Georgia

Authors: Davis, Josephine, Cartwright, Samuel, Burell, Bhavana

Innovations using low-to-no-cost textbook resources on University System of Georgia (USG) campuses are being supported and encouraged by the Systems Affordable Learning Center (ALC). This trend has been inspired by several factors. State legislators, parents and other stakeholders have continuously decried the rising costs of a college education. College students are increasingly using innovative means such as loans, rentals, digital textbooks and open resources to avoid purchasing high-cost textbooks. Students increasing use of technology in the classroom, the widespread availability of smart classrooms, and the development of e-book reader technologies, such as Kindle and iPad, are providing college and university faculty the capability to explore open source and e-textbooks as affordable options for students.

Responding to the rising cost of textbooks, the USG Affordable Learning initiative provides funds for college and university faculty to pursue no-to-low cost textbook options for their students. With funding from The University System of Georgias Affordable Learning initiative, a team of mathematics faculty at Fort Valley State University (FVSU) launched a no-cost course redesign effort. The courses targeted for reducing or eliminating students textbook costs were college algebra and pre-calculus. These courses were chosen for redesign owing to their unintentional gate-keeping outcomes. It was noted over time that increasingly more students enrolling in these courses were not able to afford the required textbook nor the course management system required for the laboratory component for these courses. Moreover, when some students finally accrued enough money on or after the mid-semester period, it was already too late for them to achieve equilibrium with the requisite knowledge and productivity standards for the course.

The findings of this study suggest that student engagement with the course resources is a major factor affecting achievement. Students who made significant efforts to complete the assigned homework and quizzes in the laboratory were found to have attained A C grades at a higher rate than students who were less engaged. On the contrary, while students indicate that they prefer to have textbooks at no-cost, homework completion rates and student engagement with the course were not significantly improved based on the availability of no-cost course resources.



Afolabi, S. (April, 2013). Textual material variables as correlate of students’ achievement in mathematics. Proceedings of the 1st Annual International Disciplinary Conference, Azures, Portugal. AHC, 24 – 26.

Arum, R. & Roska, J. (2010). Academically adrift: limited learning on college campuses. University of Chicago Press, Chicago, IL.

Blackie, M., Case, J., & Jawitz, J. (2010). Student-centeredness: the link between transforming students and transforming ourselves. Teaching in Higher Education, 15, 637-646.

Capella University, (2012). Action research paradigm protocol. Retrieved from:

Hsiao, C., Tang, K. & Lin, C. (2015). Exploring college students’ intention to adopt e-textbooks: a modified technology acceptance model. LIBRI, 65:2, 119 – 128.

Kajander, A.& Louvric, M. (2009). Mathematics textbooks and their potential role in supporting misconceptions. International Journal of Mathematics Education in Science and Technology 40:2, 173-181. Retrieved from:

King, A. (1993). From sage on the stage to guide on the side. College Teaching, 41, 30 – 35.

Landrum, Eric R. (2012). Assessment of textbook usage and the relationship to student course performance. College Teaching, 60: 17-24.

Li, Y. (2000). A comparison of problems that follow selected content presentations in American and Chinese mathematics textbooks. Journal for Research in Mathematics Education. 31:2, 234-241.

Prystowsky, R., Koch, A., Baldwin, C. (Fall, 2015). Operation100%, or, completion by redesign. Peer Review AAC&U, 19 – 22.

Senack, E. (2014). Fixing the broken textbook market: how students respond to high textbook costs and demand alternatives. Retrieved from

Senack, E. , Donoghue, R. (2016). Covering the cost: why we can no longer afford to ignore high textbook prices. Retrieved from:

Simpson, M. L., Stahl, N. & Francis, M. (2004). Reading and learning strategies: recommendations for the 21st century. Journal of Developmental Education, 28 (2), 2 – 32.

Stelnicki, A., Nordstokke, D. Saklofske, D. (2015). Who is the successful university student? an analysis of personal resources, 45: 2, 214-228.

Sturgis, I. (2016). Access for all. The Chronicle of Higher Education: Diverse Issues in Higher Education, March 18, 28 – 32.

Twigg, C. (May/June, 2011). The math emporium: a silver bullet for higher education. Change. May/June, 25 – 34.
How to Cite
. Affordable Learning in College Algebra. International Journal for Scholarship of Technology Enhanced Learning, [S.l.], v. 1, n. 2, may 2017. ISSN 2472-5161. Available at: <>. Date accessed: 27 june 2017.


minority, no-cost textbook resources, STEM persistence, college mathematics