Students in MAT-136 learn about simplification of algebraic expressions, techniques for solving equations and functions, and graphical and numerical summaries of data, and their authentic applications. Students develop quantitative analysis skills in systems of linear equations, properties of functions and expressions, polynomials, and their representations. The course requires no prerequisites and serves as a genuine gateway into SNHU's broader mathematics sequence.
Authentic applications grounding algebraic technique
The course explicitly connects algebraic simplification and equation-solving techniques to their authentic applications, ensuring students understand why these techniques matter beyond passing an exam.
A genuine gateway into two distinct math pathways
MAT-136 functions as the entry point feeding into both MAT-140 (Precalculus, toward calculus) and MAT-243 (Applied Statistics for STEM), making it a genuine dual-pathway gateway course rather than serving only one specialized track.
Key topics in MAT136
- Algebraic expression simplification
- Solving equations and functions
- Systems of linear equations
- Properties of functions and polynomials
- Graphical and numerical data summaries
- Authentic real-world quantitative applications
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Worked example: one gateway course, two pathways forward
- Single-pathway assumption: Assuming an entry-level math course leads to only one subsequent course track
- MAT-136's actual role: Serving as the confirmed prerequisite for BOTH the precalculus/calculus track (MAT-140) and the applied statistics track (MAT-243)
- Lesson: MAT-136 teaches foundational quantitative skills genuinely necessary for multiple different mathematical specializations, not just one
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Frequently asked questions
Both calculus and statistics genuinely depend on the same foundational algebraic skills — manipulating expressions, understanding functions, working with systems of equations — that MAT-136 establishes, even though the two tracks apply these skills toward different mathematical goals afterward. MAT-136's dual-pathway role reflects that these foundational quantitative skills are genuinely necessary groundwork regardless of which specialized math track a student pursues next.
Algebraic techniques learned in isolation from real applications can feel arbitrary and hard to retain, while connecting the same techniques to genuine real-world quantitative problems helps students understand why these procedures matter and how they'll actually use them in later coursework or their careers. MAT-136 grounds its content in authentic applications because this connection to real use cases is what makes foundational algebra skills durable and transferable, not just temporarily memorized for an exam.