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Introduction Enrollment in advancedlevel math and foreign language courses while in high school is not always an option for most students. It requires advance planning by both students and parents. For example, parents who have high expectations for their children's education realize that many advancedlevel courses require prerequisites. Thus, planning and enrolling in the necessary foundation courses, such as algebra and foreign language during eighth grade, can place a student higher in the math and foreign language pipelines and may eventually lead to decisions, such as applying to college, that are highly related to attending a college (Berkner and Chavez 1997). According to the U.S. Department of Education's white paper, "Mathematics Equals Opportunity," students who plan to take advanced mathematics courses during high school and begin to study algebra during middle school are at a clear advantage (U.S. Department of Education 1997). With this potential advantage in mind, this report examines the relationship between applying to a 4year college or university and enrollment in algebra or a foreign language as an eighthgrader, in combination with high school coursetaking patterns (math and foreign language). For this analysis, pipelinelevel variables were created for math and foreign language based on high school coursework. The data in this report were obtained from the baseyear and second followup surveys of the National Education Longitudinal Study of 1988 (NELS:88). NELS:88 began with a sample of 1,052 schools and 24,599 eighthgraders. These eighthgrade cohort members were resurveyed in 1990 and 1992, while in high school, to determine their educational progress as well as their school, work, and community experiences. Data from the baseyear (1988) and second followup (1992) surveys were used in this report. The results of this reportbased on data from 12,053 of the students from the original cohortapply to students who were eighthgraders in 1988 and graduated from high school in 1992. Highlights include the following:
In America's education system, math and foreign language are known as sequential subjects. Usually, students do not enroll in calculus before they complete algebra, geometry, trigonometry, or precalculus; nor do they complete French IV with a passing grade and then enroll in French I. It is typical for students to begin in the lower level courses before enrolling in the more advanced classes. Due to the sequential nature of the subjects, it is advantageous for students to initiate these course sequences before high school. Coursework in algebra and a foreign language during eighth grade enables students to reach higher levels in math and foreign language during high school. Figure 1 presents information about 1988 eighthgrade students who enrolled in an algebra course that met at least once a week. Thirtyseven percent of those 1988 eighthgrade students who enrolled in algebra completed a highlevel math course (algebra 3, trigonometry, calculus, etc.) by 1992, compared with 29 percent of those eighthgrade students who did not take algebra. This same pattern is true for foreign language. Twentyfive percent of those 1988 eighthgraders who enrolled in a foreign language in eighth grade completed a highlevel foreign language course (at least .5 Carnegie unit of 12thgrade language)* by 1992, compared with 10 percent of those students who did not enroll in a foreign language as eighthgraders.
NOTE: Highlevel math refers to any combination of one or more of the following subjects: trigonometry, algebra 3, statistics, calculus, probability, or analytical geometry. Highlevel foreign language indicates that the student completed at least .5 Carnegie unit of 12thgrade language. SOURCE: National Education Longitudinal Study of 1988, base year (1988), second followup (1992), and transcript study.
Generally, completing an application is a required step for admission and subsequent enrollment in a 4year college or university. This section presents data showing that eighth grade enrollment in algebra or foreign language is associated with postsecondary education even when controlling for high school course taking. Enrolling in algebra or a foreign language during eighth grade, in addition to completing higher levels in math or foreign language, is associated with this measure of academic success. As shown in figure 2a, 12thgrade students who enrolled in algebra as eighthgraders were more likely to apply to a 4year college at each level of high school math course taking (72 percent of students completing highlevel math, 59 percent of those completing middlelevel math, and 53 percent of those finishing lowlevel math) than their counterparts at each level who did not enroll in algebra in eighth grade (42, 29, and 24 percent, respectively). Algebra in eighth grade is also advantageous when one compares those students who only completed a middle or lowlevel math course with those who did not take eighthgrade algebra, but completed a highlevel math course during high school. Twelfthgrade students who enrolled in algebra as eighthgraders and who only completed a middle or lowlevel math course during high school were more likely to apply to a 4year college (59 and 53 percent for middle and lowlevel math, respectively) than those students who did not enroll in algebra as eighthgraders, but who completed a highlevel math course during high school (42 percent).
NOTE: Highlevel math refers to trigonometry, algebra 3, statistics, calculus, probability, and analytical geometry. Middlelevel math refers to algebra 1 and geometry. Lowlevel math refers to prealgebra and informal geometry.
NOTE: Highlevel foreign language indicates student completed at least .5 Carnegie unit of 12thgrade language. Middlelevel foreign language indicates student completed at least .5 Carnegie unit of 10thgrade language. Lowlevel foreign language indicates student completed anything less than .5 Carnegie unit of 10thgrade language.
For those students who plan to attend a 4year college, it is important to note that most 4year postsecondary schools require students to meet basic requirements in both math and a foreign language during high school. The aforementioned results indicate that enrolling in either algebra or a foreign language in the eighth grade is beneficial to students applying to a 4year college; however, those students who enroll in both eighthgrade algebra and a foreign language are at an even greater advantage. As shown in table 2, 12thgrade students who enrolled in both algebra and a foreign language as eighthgraders were more likely to apply to a 4year college than those students who enrolled in only one or none of these courses during eighth grade (78 percent of students who enrolled in both algebra and a foreign language, 56 percent of students who enrolled in either algebra or a foreign language, and 29 percent of students who enrolled in neither algebra nor a foreign language).
¹ Highlevel math refers to trigonometry, algebra 3, statistics, calculus, probability, and analytical geometry. Middlelevel math refers to algebra 1 and geometry. Lowlevel math refers to prealgebra and informal geometry. Not all students who take higher level math or foreign language courses in high school apply to 4year colleges or universities during their senior year in high school. However, students who enroll in algebra or a foreign language during eighth grade are more likely to pursue a 4year postsecondary education at the end of high school. This is true regardless of the level of math or foreign language attained by these students. For any student who aspires to obtain a postsecondary degree, it is useful for the planning process to commence as early as eighth grade or even before. The results of this study are useful for students who plan to attend college and their parents in determining some of the factors that are associated with attaining academic success.
Footnotes
*One Carnegie unit is equivalent to a 1hour class that meets 5 days a week for 1 school year, and 12thgrade language is equivalent to the fourth level of a particular language (e.g., French IV). Berkner, L., and Chavez, L. (1997). Access to Postsecondary Education for the 1992 High School Graduates (NCES 98105). U.S. Department of Education. Washington, DC: U.S. Government Printing Office. U.S. Department of Education. (1997). "Mathematics Equals Opportunity."White paper prepared for the U.S. Secretary of Education, Richard W. Riley.
