Why Access to Advanced Math Still Matters for Black Students
A new Just Equations report examines how unequal access to Algebra I, calculus, and other advanced math courses can shape students’ academic and career opportunities.
Math access shapes future options
A new report from Just Equations argues that Black students have been denied consistent access to high-quality mathematics for generations—and that the consequences reach far beyond a report card.
The report, Calculated Barriers, points to a significant gap in advanced math enrollment. Although Black students represented 15% of the nation’s public school population, they accounted for 6% of students enrolled in AP math during the 2021–22 school year.
That difference is not simply about who chooses to take an advanced class. Students can only choose courses that their schools offer, make available to them, and support them in reaching.
Early course access can open—or close—doors
One of the report’s central concerns is access to Algebra I in middle school. When students are prepared for the course and succeed in it, they may be able to move into more advanced mathematics during high school. That can include Algebra II, advanced math, and calculus.
However, many schools do not offer Algebra I in eighth grade. The report cites a New York Equity Coalition finding that 27% of New York schools serving seventh- and eighth-grade students did not offer the course in eighth grade during the 2024–25 school year. The coalition also found that New York’s Black and Hispanic students were more likely than white and Asian students to attend schools without that offering.
Access gaps continue in later courses. Just Equations reported that Algebra II was available at 80% of schools with high Black and Hispanic enrollment, compared with 85% of schools with low enrollment of those students. Advanced mathematics was offered at 62% of schools with high Black and Hispanic enrollment, compared with 71% of schools with low enrollment.
These differences may appear modest when viewed one course at a time. Over several years, though, a student who misses one course may have fewer opportunities to reach the next one.
The impact reaches college and careers
The report also connects high school math pathways to college access and workforce opportunities. In 2019, white high school graduates completed calculus at three times the rate of Black graduates, while Asian graduates completed it at more than seven times the rate.
Students who arrive at college without the same preparation may need to begin with prerequisite math courses before taking calculus. In the California State University system, the report found that Black students were more likely to start in these prerequisite sequences rather than in calculus itself.
That can affect time and cost. Additional courses may extend a student’s math sequence and add financial pressure, particularly for students who rely on loans. The report notes that Black students are more likely to take on student loans and more likely to default on them than students from other racial and ethnic groups.
Math also supports more than a particular college major. The reporting notes that mathematical understanding helps people interpret election systems, understand health-related information, and develop digital skills for the workforce. Strong preparation can give students more flexibility as their interests develop.
A history of opportunity and exclusion
Just Equations’ report places today’s disparities in historical context. It notes that many Black students in segregated schools were supported by Black educators who believed in their academic ability. After school desegregation, approximately 38,000 Black teachers and administrators across 17 states lost their jobs, according to the report.
The report also describes how Black students in desegregated high schools were often directed away from Algebra I and toward lower-level courses. In that way, Algebra I became an early gatekeeper for college-track mathematics.
This history matters because current achievement gaps are not evidence that students lack ability. They can also reflect differences in opportunity, expectations, course availability, and guidance.
What families and educators can ask
The report recommends redesigning high school mathematics, removing barriers to advanced courses, reconsidering college admissions practices that reinforce inequity, and investing in culturally responsive instruction.
For families, useful questions include: Does the school offer Algebra I in middle school? What preparation is expected? How are students identified for advanced courses? If a student is not placed on the advanced track, is there a clear way to move into it later?
Teachers and tutors can help by making advanced mathematics feel attainable, identifying unfinished skills without lowering expectations, and showing students how each course connects to future choices. Support should not begin only after a student falls behind. Early encouragement and strong instruction can help prevent the gap from widening.
The report’s larger message is practical: expanding access to rigorous math is an investment in students’ choices. When more Black students are given the preparation, support, and opportunity to pursue advanced mathematics, families and communities gain a stronger educational and professional future.