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Algebra 1 (Eureka Math/EngageNY)

Learn Algebra 1 aligned to the Eureka Math/EngageNY curriculum —linear functions and equations, exponential growth and decay, quadratics, and more.

4 units272 videos23 hours

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Unit 1: Module 1: Relationships between quantities and reasoning with equations and their graphs

Topic A: Lessons 1-3: Piecewise, quadratic, and exponential functions

Topic A: Lessons 4-5: Analyzing graphs

Topic B: Lesson 8: Adding and subtracting polynomials

Topic B: Lesson 8: Adding and subtracting polynomials with 2 variables

Topic B: Lesson 9: Multiplying monomials

Topic B: Lesson 9: Multiplying monomials by polynomials

Topic B: Lesson 9: Multiplying binomials

Topic C: Lessons 10-13: Solving Equations

Topic C: Lesson 14: Solving inequalities

Topic C: Lessons 15-16 Compound inequalities

Topic C: Lessons 17-19: Advanced equations

Topic C: Lesson 20: Solution sets to equations with two variables

Topic C: Lesson 21: Solution sets to inequalities with two variables

Topic C: Lesson 22: Solution sets to simultaneous equations

Topic C: Lesson 23: Solution sets to simultaneous equations

Topic C: Lesson 24: Applications of systems of equations and inequalities

Topic D: Creating equations to solve problems

Unit 2: Module 2: Descriptive statistics

Topic A: Lesson 1: Dot plots and histograms

Topic A: Lesson 1: Box plots and shape

Topic A: Lesson 2: Describing the center of a distribution

Topic A: Lesson 3: Estimating centers and interpreting the mean as a balance point

Topic B: Lesson 4: Summarizing deviations from the mean

Topic B: Lessons 5-6: Standard deviation and variability

Topic B: Lesson 7: Measuring variability for skewed distributions (interquartile range)

Topic B: Lesson 8: Comparing distributions

Topic C: Lessons 9-10: Bivariate categorical data

Topic C: Lesson 11: Conditional relative frequencies and association

Topic D: Lessons 12-13: Relationships between two numerical variables

Topic D: Lesson 14: Modeling relationships with a line

Topic D: Lessons 15-18: Residuals

Topic D: Lesson 19: Interpreting correlation

Unit 3: Module 3: Linear and exponential functions

Topic A: Lessons 1-3: Arithmetic sequence intro

Topic A: Lessons 1-3: Geometric sequence intro

Topic A: Lessons 1-3: Arithmetic sequence formulas

Topic A: Lessons 1-3: Geometric sequence formulas

Topic A: Lessons 4-6: Exponential growth

Topic A: Lesson 7: Exponential decay

Topic B: Lessons 8-12: Functions intro

Topic B: Lessons 8-12: Function domain and range

Topic B: Lessons 8-12: Recognizing functions

Topic B: Lesson 13: Interpreting the graph of a function

Topic B: Lesson 14: Linear and exponential Models—comparing growth rates

Topic C: Lesson 15: Piecewise functions

Topic C: Lessons 16-20: Graphing absolute value functions

Unit 4: Module 4: Polynomial and quadratic expressions, equations, and functions

Topic A: Lessons 1-2: Factoring monomials

Topic A: Lessons 1-2: Common factor

Topic A: Lessons 1-2: Factoring binomials intro

Topic A: Lessons 3-4: Special forms

Topic A: Lessons 3-4: Factoring by grouping

Topic A: Lesson 5: The zero product property

Topic A: Lessons 6-7: Solving basic one-variable quadratic equations

Topic A: Lessons 8-10: Parabolas intro

Topic B: Lessons 11-13: Completing the square

Topic B: Lessons 14-15: The quadratic formula

Topic B: Lesson 16: Graphing quadratic equations from the vertex form

Topic B: Lesson 17: Graphing quadratic functions from the standard form

Topic C: Lessons 18-19: Translating graphs of functions

Topic C: Lessons 20-22: Scaling and transforming graphs

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