Eighth-Grade Mathematics, Part 2
MATH 037 | Middle School | 0.50 Credit Hours
This course introduces students to the fundamental algebraic principles necessary for success in upper-level math courses and fosters math inquiry and problem-solving skills. Students will learn about the tools for understanding special equations, working with exponents including the use of scientific notations, calculating the volume of 3-dimensional figures, working with triangles in math, and using basic statistics. This is the second course in a two-part Eighth-Grade Mathematics series.
MATH 037 | Middle School | 0.50 Credit Hours
This course introduces students to the fundamental algebraic principles necessary for success in upper-level math courses and fosters math inquiry and problem-solving skills. Students will learn about the tools for understanding special equations, working with exponents including the use of scientific notations, calculating the volume of 3-dimensional figures, working with triangles in math, and using basic statistics. This is the second course in a two-part Eighth-Grade Mathematics series.
MATH 037 | Middle School | 0.50 Credit Hours
This course introduces students to the fundamental algebraic principles necessary for success in upper-level math courses and fosters math inquiry and problem-solving skills. Students will learn about the tools for understanding special equations, working with exponents including the use of scientific notations, calculating the volume of 3-dimensional figures, working with triangles in math, and using basic statistics. This is the second course in a two-part Eighth-Grade Mathematics series.
Course Details
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There are no prerequisites for this course.
It is recommended, but not required, that students take 8th-Grade Math Part 1 prior to taking this course.
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Module 1: Review 8th-Grade Math Part 1
Module 2: More with Equations
Module 3: Exponents
Module 4: Base 10 Exponents
Module 5: Scientific Notation
Module 6: Square Roots
Module 7: Cube Roots, Rational & Irrational Numbers
Module 8: Midcourse Quiz and Project
Module 9: Volumes
Module 10: Pythagorean Theorem
Module 11: Coordinate Plane Distances & Bivariate Data
Module 12: Scatterplots
Module 13: Lines of Best Fit
Module 14: Two-Way Tables
Module 15: Data Displays and Associations -
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No textbooks are required for this course; all content can be found within the course lesson pages. Students may use a handheld graphing or scientific calculator or a Desmos online calculator (found at desmos.com/scientificLinks to an external site. or desmos.com/calculatorLinks to an external site. only) during the final exam; no other calculator is allowed.