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EdisonLearnNow® is trusted by parents to provide an engaging at-home learning experience. We understand that each student’s learning style is unique, which is why our online course curriculum for grades 6-12 is designed to meet students where they are and propel them forward.

Our self-paced eCourses give students the ability to catch up on necessary skills, get a head start before a major transition, or seek enrichment that meets their interests.

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EdisonLearnNow® provides access to core and elective course offerings, as well as content that promotes social-emotional learning, career prep, and technical education. Parents can work together with their learner to create a full-time course load or select a course or two individually. Learn more about our eCourses and find a program that works for you and your child.

Algebra 1 [Honors] (2nd semester)

$250.00
Rated 0 out of 5
Course Description Throughout Algebra 1 [Honors], students will study a range of topics that extend beyond the traditional framework of Algebra 1. This course begins with fundamental topics in algebra, including number classification, parts of expressions, linear equations, and proportionality. Students will extend these topics as they learn about the many characteristics and applications of linear functions. The course continues with an exploration of systems of equations and inequalities, the structure of polynomials, and an in-depth examination of quadratic functions. Students wrap up the course by analyzing data and probability concepts, inverses, radical functions, and rational expressions. Course Breakdown Systems of equations and inequalities Exponent rules Polynomial operations Factoring polynomials Quadratic function characteristics Nonlinear systems Data displays Probability Exponential functions Radical and cubic functions Inverse functions Rational expressions and functions Course Goals Demonstrate the ability to solve systems of equations using a variety of methods. Simplify polynomials using different operations. Apply the different methods of factoring polynomials. Choose an appropriate method for solving a quadratic equation. Explore the measures of central tendency. Compute various forms of probabilities. Solve problems involving rational expressions by using different operations.
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Calculus [Credit Recovery]

$250.00
Rated 0 out of 5
Course Description Students examine the foundational components of limits, derivatives, integrals, and series and apply this knowledge to real-world situations. Derivatives are used to find slopes of lines tangent to curves at specified points. Students learn specific rules of differentiation and explore real-world applications, including related rates and optimization. Students explore the graphs of functions and their first and second derivatives to reveal the functions’ characteristics. Functions increase in complexity to include logarithmic and exponential components. Integrals are explored as various methods of finding the area under a curve are examined and applied, and each method is supported graphically. Integration is used to revolve solids about an axis. At the conclusion of the course, students learn about series, including Taylor and Maclaurin series, as well as how to prove convergence or divergence using integral and p-series tests. Course Breakdown Limits Continuity Tangents to curves Derivative rules and notation Concavity and extrema Modeling and optimization Riemann sums and areas under curves Definite and indefinite integration Differential equations Volumes of solids Parametric and polar curves Series Course Goals Calculate and analyze functions, graphs, and limits. Recognize and describe asymptotic behavior, continuity, rates of change and infinity on the coordinate plane. Calculate, interpret, and analyze derivatives including those of trigonometric, exponential, logarithmic, and inverse functions. Explore graphs of derivatives, concavity, inflection points, and extrema. Model and solve optimization problems. Evaluate antiderivatives using formulas, using substitution techniques, and by parts. Use sigma notation to represent, manipulate, and evaluate finite sums and other series including Taylor, Maclaurin, and power series. Use integration to find areas under curves and areas between curves. Calculate the volume of a solid using cross sections and washer methods. Calculate arc length of parametric curves and apply parametric equations.
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Algebra 1 [Competency Based] (1st semester)

$250.00
Rated 0 out of 5
Course Description What are algebraic expressions? How are they structured, and how can they be combined to create equations and inequalities? How do you know that the solutions you find are correct? In Algebra 1, students create expressions from verbal descriptions, manipulate and transform them, and create visual models. Requiring students to explain each step helps them understand mathematical processes. Exploring functions, sequences, and their corresponding graphs helps students determine the best ways to represent each. Students examine functions graphically, numerically, symbolically, and verbally, and learn how to translate between these different forms. Students’ depth of understanding increases as they complete proofs and describe data, fitting functions to their data. Students then extend their knowledge of linear and exponential relationships and apply their new understanding to create quadratic and exponential expressions as models of real-life phenomena. Course Breakdown The real number system Algebraic expressions One-variable linear equations Rates, ratios, and proportions Proportions and percent One-variable linear inequalities Compound inequalities Graphing relationships Introduction to functions Domain and range Course Goals Perform operations with real numbers. Solve one-step and multistep equations using different operations. Solve problems involving rates and proportions. Define percentages and solve simple percent problems. Solve one-step and multistep linear inequalities using different operations. Recognize functions and different aspects of their graphs.
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Chemistry [Honors] (1st semester)

$250.00
Rated 0 out of 5
Course Description In the simplest terms, chemistry is the study of matter. Nearly everything in the world is matter. Anything that can be touched, seen, heard, or smelled is matter. Even things that cannot be seen, such as atoms, are matter. In the Chemistry course, students will study the basic structure of matter and the ways different types of matter interact. They will explore how single atoms come together to make large complex molecules and mixtures. Anything that isn’t matter is energy. Students will examine the ways matter interacts with energy. Students in the honors course will learn basic chemistry concepts, then explore them in greater detail. In addition, students will have the opportunity to examine cutting-edge research and learn about the latest advancements in chemistry. Course Breakdown Description of chemistry History of chemistry Measurements in chemistry Classification of matter The periodic table Understanding elements Atoms and ions Models of the atom Quantum mechanics Electron structure Covalent bonding Ionic bonding Nomenclature Formula writing Molecular shapes Chemical reactions and equations Stoichiometry Course Goals Develop proper scientific methodology techniques and apply them in scientific investigations. Explain the connections between matter and energy. Describe the basic structure and properties of matter. Describe the structure of matter down to the atomic level. Relate the atomic structure of an element to its properties. Apply the principles of quantum mechanics to the arrangement of electrons around the nucleus of the atom. Explain how atoms interact and combine to form compounds. Apply the rules for naming compounds and write the formulas for those compounds. Apply the law of conservation of mass in chemical reactions and in the analysis of the quantities involved in these reactions.
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Algebra 1 [Competency Based] (2nd semester)

$250.00
Rated 0 out of 5
Course Description What are algebraic expressions? How are they structured, and how can they be combined to create equations and inequalities? How do you know that the solutions you find are correct? In Algebra 1, students create expressions from verbal descriptions, manipulate and transform them, and create visual models. Requiring students to explain each step helps them understand mathematical processes. Exploring functions, sequences, and their corresponding graphs helps students determine the best ways to represent each. Students examine functions graphically, numerically, symbolically, and verbally, and learn how to translate between these different forms. Students’ depth of understanding increases as they complete proofs and describe data, fitting functions to their data. Students then extend their knowledge of linear and exponential relationships and apply their new understanding to create quadratic and exponential expressions as models of real-life phenomena. Course Breakdown Slope and intercepts of linear equations Scatter plots Systems of equations Exponential expressions Operations with polynomials Introduction to factoring Quadratic functions Linear-quadratic systems Data displays Probability concepts Geometric sequences Exponential functions Radical and rational equations Simple inverse functions Course Goals Interpret the different parts of slope-intercept and point-slope forms of equations. Demonstrate the ability to solve systems using different methods. Simplify polynomials using multiple operations. Apply the different methods of factoring polynomials. Apply different methods of solving quadratic equations based on a given context. Define and use each of the measures of central tendency. Compute various types of probabilities. Solve problems involving radicals using multiple operations.
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Chemistry [Honors] (2nd semester)

$250.00
Rated 0 out of 5
Course Description In the simplest terms, chemistry is the study of matter. Nearly everything in the world is matter. Anything that can be touched, seen, heard, or smelled is matter. Even things that cannot be seen, such as atoms, are matter. In the Chemistry course, students will study the basic structure of matter and the ways different types of matter interact. They will explore how single atoms come together to make large complex molecules and mixtures. Anything that isn’t matter is energy. Students will examine the ways matter interacts with energy. Students in the honors course will learn basic chemistry concepts, then explore them in greater detail. In addition, students will have the opportunity to examine cutting-edge research and learn about the latest advancements in chemistry. Course Breakdown Percent yield Redox reactions Kinetic theory and gas laws Heat changes Colligative properties Measures of concentration Dilution Acid-base chemistry Collision theory and reaction rates Action of catalysts Law of thermodynamics Le Chatelier's principle and equilibrium Organic chemistry Nuclear chemistry Course Goals Relate electron transfers to the changes in oxidation-reduction reactions. Use the motion of particles to explain the properties and behavior of ideal gases. Describe the nature of heat changes in physical and chemical changes. Relate the nature of water to its function as a solvent in solutions. Compare and contrast acids and bases and describe how they react with one another. Apply the factors that affect the rates of reactions by calculating the rate law. Apply the laws of thermodynamics in chemical reactions and in equilibrium conditions. Describe the nature of carbon and the compounds formed from carbon. Explain the characteristics of nuclear reactions and the dangers associated with them.
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