Brain Power Academy 4 All An Online School

Brain Power Academy 4 All An Online School Brain Power Academy for All is a private, unlicensed learning initiative offering free education through Khan Academy resources.

Permanently closed.

We believe learning should be accessible to all. Students who complete our courses earn a certificate of completion.

02/26/2026

This message is to inform everyone that the school will no longer be open, and we are officially closing our doors. This decision has been made with great care, reflection, and honesty about what is realistically possible moving forward.

Miss Claire has always taken pride in creating a safe, supportive, and encouraging learning environment. Teaching your children and watching them grow has been one of the greatest joys of my life. Every student who has walked through these doors has mattered deeply to me, and being part of their education has been an honor I will always carry with me.

However, as many of you know, this school has been privately run and operated by one person. Over time, the responsibilities, the workload, and the constant demands of running every aspect of the school alone have become overwhelming. Life outside of the classroom has also grown more complicated, and I have reached a point where I can no longer give the school the level of attention, energy, and care that I believe every student deserves.
Closing the school is not a reflection of the students, the families, or the community. It is simply the reality of trying to manage everything on my own while also navigating personal responsibilities and challenges. Continuing under these conditions would not be fair to the children or to the families who trust us, and I want to step back before the quality of education or care is affected.

I want to express my deepest gratitude to every family who has supported this school, believed in its mission, and allowed me to be part of their child’s learning journey. Your trust has meant more than I can ever fully express.
If circumstances change in the future and life becomes more manageable, there is a possibility that we may reopen. Should that happen, we will reach out to every family with an update. Until then, this closure will remain in place, and I hope you know how much this community has meant to me.
Thank you for your understanding, your kindness, and your support. It has been a privilege to teach your children and to be part of their growth.

09/09/2025

Attention!

our old school website is no longer able to be accessed. We are now in full mode for our new website.

09/05/2025

Reading & Language Arts

Here is all of our Reading & Language Arts courses

2nd Grade Reading & Vocab: ELA practice and instruction for 2nd grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text, and Vocabulary Acquisition and Use.

3rd Grade Reading & Vocab: ELA practice and instruction for 3rd grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

4th Grade Reading & Vocab: ELA practice and instruction for 4th grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

5th Grade Reading & Vocab: ELA practice and instruction for 5th grade, covering reading comprehension and vocabulary. Aligned to US Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

6th Grade Reading & Vocab: (Improved and expanded) ELA practice and instruction for 6th grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use. (This course may be a little different than what is said for this grade as they are changing courses and learning within this course.

7th Grade Reading & Vocab: ELA practice and instruction for 7th grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

8th Grade Reading & Vocab: ELA practice and instruction for 8th grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

9th Grade Reading & Vocab: ELA practice and instruction for 9th grade, covering reading comprehension and vocabulary. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use.

10th Grade Reading and Vocab: (NEW) ELA practice and instruction for 10th grade, focusing on reading comprehension and vocabulary development. Aligned to Common Core State Standards for Reading: Literature; Reading: Informational Text; and Vocabulary Acquisition and Use. Includes mastery-based exercises, engaging texts, and targeted skill-building to support confident, critical reading.

Grammar: Grammar is the collection of rules and conventions that makes languages go. This section is about Standard American English, but there's something here for everyone.

Class Placement and Support Information

Some classes may be automatically grouped together based on enrollment. If you’ve applied for the K–12 Learning Program, please note that students ages 5–17 are pre-selected for participation.

For students in grades 9 and above, Miss Claire may have limited capacity to provide direct support. In these cases, she may recommend working with a tutor or exploring supplemental resources such as instructional videos on Khan Academy.

If you need assistance, Miss Claire is available to help. Support sessions must be scheduled in advance to ensure availability.

09/05/2025

Computing (Elective)

Here are all of our courses here in Computing (Elective)

Computer Programming - JavaScript and the Web: This course teaches students how to create interactive programs and webpages using JavaScript, HTML, and CSS. Learners start by building drawings and animations with JavaScript and the ProcessingJS library, then move on to designing and styling webpages. Topics include variables, functions, loops, logic, and event handling. The course also covers DOM manipulation and jQuery techniques to make webpages dynamic and responsive. Through hands-on coding challenges and projects, students gain practical skills in web development and programming fundamentals.

AP®/College Computer Science Principles: This course introduces students to the foundational concepts of computing and prepares them for the AP CSP exam. Learners explore digital information, computer systems, internet protocols, programming, algorithms, data analysis, and the global impact of computing. Through interactive videos, articles, and AP-aligned practice questions, students build problem-solving skills and develop a deeper understanding of how technology shapes the world.

Computers and the Internet: (NEW) This course explores how computers work and how they connect billions of devices across the globe. Students learn about digital information, computer components, logic gates, and how data is stored and processed. They also dive into internet protocols, cybersecurity, encryption, and innovations like geolocation and video calls. Through interactive lessons, learners build a strong foundation in computing and understand the systems that power the digital world

Computer Science Theory: This course explores advanced topics that form the backbone of computing. Students dive into algorithms—how problems are solved and solutions measured—cryptography, which protects digital information, and information theory, which explains how data is encoded and compressed. Ideal for learners with some programming experience, the course builds deeper understanding of how computers process, secure, and transmit information.

Pixar In A Box: Pixar in a Box is a behind-the-scenes look at how Pixar artists use math, science, computer science, and storytelling to create animated films. Through interactive lessons, students explore topics like character modeling, animation, environment design, and visual storytelling—all while connecting academic concepts to real-world creative applications.

Hour of Code: Hour of Code is a global initiative that introduces students to computer science through fun, one-hour coding activities. learners can choose from interactive tutorials in JavaScript, HTML/CSS, and SQL—like drawing with code, building webpages, or designing databases. Each activity blends video instruction with hands-on coding challenges, making programming accessible and engaging for beginners of all ages.

Class Placement and Support Information

Some classes may be automatically grouped together based on enrollment. If you’ve applied for the K–12 Learning Program, please note that students ages 5–17 are pre-selected for participation.

For students in grades 9 and above, Miss Claire may have limited capacity to provide direct support. In these cases, she may recommend working with a tutor or exploring supplemental resources such as instructional videos on Khan Academy.

If you need assistance, Miss Claire is available to help. Support sessions must be scheduled in advance to ensure availability.

09/05/2025

Science (NGSS)

Here is all courses in Science (NGSS)

All coruses are NGSS = (Next Generation Science Standards)

Middle School Biology & Physics: This course invites students to explore the fascinating world of living things. Learners study cells, organisms, ecosystems, and the interconnections that shape life on Earth. Aligned with the Next Generation Science Standards (NGSS), the course helps students understand their place in the web of life while building foundational science skills

This course introduces students to the fundamental principles of motion, forces, energy, and waves. Learners investigate how objects move, interact through fields, and transfer energy. Topics include gravity, magnetism, sound, and light. The course is NGSS-aligned and designed to spark curiosity through hands-on activities and real-world applications

Middle School Earth and Space Science: In this course, students uncover the secrets of Earth’s systems and the wonders of space. From shifting tectonic plates to orbiting planets, learners investigate how natural forces shape our world and how human choices impact the future. Designed to be inclusive, engaging, and aligned with NGSS standards, this course empowers students to think critically, ask big questions, and see themselves as part of a larger universe.

High School Biology High School Biology + High School Physics High School Physics: These courses follow the Next Generation Science Standards and are designed to build deep understanding through videos, practice, and real-world examples. In biology, students explore topics like cells, genetics, evolution, and ecosystems. In physics, they investigate motion, forces, energy, electricity, and waves.

AP®︎/College Biology AP®︎/College Chemistry: These advanced courses prepare students for college-level science and the AP exams. In Biology, learners explore biochemistry, cell structure, genetics, evolution, and ecology—developing scientific thinking through videos, articles, and practice questions. In Chemistry, students dive into atomic structure, chemical reactions, thermodynamics, kinetics, and equilibrium, building strong problem-solving and lab analysis skills. Both courses follow College Board standards and support mastery through interactive, self-paced learning.

AP®︎/College Environmental Science: This course introduces students to the scientific principles, concepts, and methods needed to understand the natural world. Learners explore ecosystems, biodiversity, Earth systems, land and water use, energy resources, pollution, and global change. Through engaging videos, articles, and practice exercises, students analyze environmental problems and evaluate solutions—building skills for the AP exam and real-world impact. The course is aligned with College Board standards and supports inquiry-based learning and critical thinking.

AP®︎/College Physics 1: This algebra-based course introduces students to foundational concepts in classical mechanics. Topics include motion, forces, energy, momentum, rotation, and simple harmonic motion. Designed to match College Board standards, the course uses videos, articles, and practice exercises to build problem-solving skills and prepare learners for the AP Physics 1 exam.

AP®︎/College Physics 2: This algebra-based course builds on Physics 1 and explores more advanced topics in physical science. Students study thermodynamics, fluid mechanics, electricity and magnetism, optics, waves, and modern physics. The course is aligned with College Board standards and uses videos, articles, and practice exercises to develop conceptual understanding and problem-solving skills for the AP exam and college-level science.

Organic Chemistry: (NEW) This course explores the structure, properties, and reactions of carbon-based molecules. Students learn about functional groups, reaction mechanisms, stereochemistry, and molecular behavior. Through videos, articles, and practice exercises, the course builds a strong foundation for college-level chemistry and supports deeper understanding of how organic compounds shape the world around us.

Cosmology and Astronomy: This course explores the vastness of space and time. Students learn about the scale of the universe, the life cycles of stars, black holes, galaxies, and the geological and climatic history of Earth. Topics also include plate tectonics, moon phases, and the possibility of life beyond our planet. Through engaging videos and practice exercises, learners build a deeper understanding of how the universe works—from the Big Bang to the search for extraterrestrial life

Electrical Engineering: (NEW) This course introduces students to the fundamentals of electricity and electronics. Topics include circuit analysis, resistors, capacitors, operational amplifiers, semiconductors, and electrostatics. Learners also explore signals and systems, robotics, and reverse engineering. Through videos, articles, and hands-on examples, the course builds a strong foundation in how electrical systems work and how they power the world around us

-- Information --

Class Placement and Support Information

Some classes may be automatically grouped together based on enrollment. If you’ve applied for the K–12 Learning Program, please note that students ages 5–17 are pre-selected for participation.

For students in grades 9 and above, Miss Claire may have limited capacity to provide direct support. In these cases, she may recommend working with a tutor or exploring supplemental resources such as instructional videos on Khan Academy.

If you need assistance, Miss Claire is available to help. Support sessions must be scheduled in advance to ensure availability.

09/05/2025

Economics

Here is what wr have for economics courses.

Macroeconomics: This course explores how entire economies function and interact. Students learn about key concepts such as GDP, inflation, unemployment, fiscal and monetary policy, and international trade. Topics include aggregate demand and supply, the business cycle, interest rates, and economic growth. The course helps learners understand how government policies and global events influence economic stability and long-term development.

Microeconomics: This course focuses on how individuals and businesses make decisions about allocating resources. Students explore supply and demand, market equilibrium, elasticity, consumer and producer behavior, production costs, and different market structures like monopoly and competition. The course also covers factor markets, externalities, and the role of government in addressing market failures.

Finance and Capital Markets: This course explores the essentials of how money moves through the economy. Students learn about interest rates, stocks, bonds, cash flow, and risk management. Topics include personal finance, banking, inflation, taxes, accounting, investment vehicles, and financial derivatives. The course helps learners understand how financial systems work and how to make informed decisions about saving, investing, and managing money.

AP®︎/College Macroeconomics: This course explores how entire economies function and interact. Students learn about economic indicators like GDP, inflation, and unemployment; analyze aggregate demand and supply; and study fiscal and monetary policy. Topics also include the financial sector, international trade, and long-run economic growth. The course builds a strong foundation for understanding government policy, global markets, and economic decision-making.

AP®︎/College Microeconomics: This course focuses on how individuals and businesses make decisions about allocating resources. Students explore supply and demand, market equilibrium, elasticity, consumer and producer behavior, production costs, and different market structures such as perfect competition, monopoly, and oligopoly. The course also covers factor markets, externalities, and the role of government in addressing market failures. It prepares learners for the AP exam and builds a strong foundation for future studies in economics and businessexam and builds a strong foundation for future studies in economics and business

09/02/2025

Math Get Ready Classes

Here all classes that we offer in Math Get Ready Classes

Get Ready for 3rd Grade: Get Ready for 3rd Grade is a skill-building course designed to help students transition smoothly into third grade math. It reviews key second grade concepts and introduces early third grade topics. Students practice addition and subtraction within 1,000, build fluency with multiplication and division basics, and explore simple fractions. The course also covers measurement, telling time, interpreting data, and identifying shapes and their properties. It’s ideal for learners who want to reinforce foundational skills and gain confidence before starting third grade.

Get Ready for 4th Grade: Get Ready for 4th Grade is a review and prep course designed to help students strengthen key skills before starting fourth grade math. It covers place value, addition, subtraction, and estimation with multi-digit numbers. Students practice multiplication and division basics, including properties and strategies. The course introduces fractions—what they mean, how to compare them, and how they relate to whole numbers. Geometry topics include plane figures and quadrilaterals, while measurement focuses on area and perimeter. It’s a great way to build confidence and fill in any gaps before diving into full fourth grade content.

Get Ready for 5th Grade: Get Ready for 5th Grade is a review course designed to help students strengthen key skills before starting fifth grade math. It covers decimal place value, including comparing and rounding decimals. Students practice adding and subtracting decimals and fractions, including mixed numbers and common denominators. The course also reviews multiplication and division with whole numbers and decimals, and introduces multiplying and dividing fractions. Additional topics include powers of 10, volume, and properties of shapes. It’s a great way to build confidence and fill in any gaps before diving into full fifth grade content

Get Ready for 6th Grade: Get Ready for 6th Grade is a prep course designed to help students strengthen essential skills before starting sixth grade math. It reviews key concepts like ratios, rates, and percentages, along with arithmetic operations involving whole numbers, fractions, and decimals. Students practice working with negative numbers and begin exploring expressions, equations, and inequalities. Geometry topics include area, surface area, and volume, while data and statistics introduce graphing and analysis. This course builds confidence and readiness for middle school math through targeted review and interactive practice.

Get Ready for 7th Grade: Get Ready for 7th Grade is a prep course designed to help students strengthen key skills before starting seventh grade math. It begins with operations involving negative numbers and builds fluency with fractions, decimals, and percentages. Students explore ratios, rates, and proportional relationships, then move into expressions, equations, and inequalities. Geometry topics include decomposing angles, calculating area and volume, and understanding surface area. The course wraps up with statistics and probability, helping students analyze data and interpret chance-based outcomes. It’s a solid foundation for success in middle school math.

Get Ready for 8th Grade: This course helps students build confidence and sharpen the skills they’ll need for success in eighth grade math. Topics include rational and irrational numbers, multi-step equations, linear relationships, and geometry concepts like volume and the Pythagorean Theorem. It’s a strong foundation for Algebra 1 and beyond.

Get Ready for Algebra 1: This course helps students build the skills they need to succeed in Algebra 1. It covers equations and inequalities, units and rate conversions, linear relationships, functions and sequences, exponents and radicals, and an introduction to quadratics. It’s designed to strengthen foundational understanding and boost confidence before diving into high school-level math.

Get Ready for Geometry: This course helps students prepare for high school geometry by building essential skills in congruence, similarity, and triangle trigonometry. It also covers analytic geometry, conic sections, circles, and solid geometry. Learners will strengthen spatial reasoning, problem-solving, and algebraic thinking—all key for success in advanced math.

Get Ready for Algebra 2: This course helps students strengthen the skills they need for success in Algebra 1. It covers equations and inequalities, unit conversions, linear relationships, functions and sequences, exponents and radicals, and an introduction to quadratics. It’s designed to build confidence and prepare learners for high school-level math.

Get Ready for Pre-Calculus: This course helps students strengthen the skills they need for success in Pre-Calculus. It covers complex numbers, polynomials, composite and inverse functions, trigonometry, vectors and matrices, sequences and series, conic sections, and probability and combinatorics. It’s designed to build confidence and prepare learners for advanced math and college-level coursework

Get Ready for AP® Calculus: This course helps students prepare for AP® Calculus by reviewing essential precalculus skills and introducing key concepts in limits, derivatives, and integrals. Topics include continuity, differentiation rules, applications of derivatives, integration techniques, and an introduction to parametric equations, polar coordinates, and infinite series (BC only). It’s designed to build confidence and support success in college-level math.

Get Ready for AP® Statistics: This course helps students build the foundational skills needed for success in AP® Statistics. It covers data collection, graphical and numerical data analysis, probability, sampling methods, and basic statistical inference. Learners will strengthen their ability to interpret data, recognize patterns, and make informed decisions—skills essential for college-level coursework and real-world problem-solving.

These classes are exclusively offered during the summer months, from June to August, as part of the Brain Power Academy 4 All—Summer School Program 2026.

09/02/2025

Test Prep

Did you know that we offer Test prep? Here is what we offer for Test Prep students

Digital SAT Math: This course helps students understand how to collect, analyze, and interpret data, and how to measure and predict outcomes using probability. Topics include data displays, measures of center and spread, theoretical and experimental probability, permutations and combinations, and basic statistical inference. Students build skills to make informed decisions and evaluate real-world claims.

Digital SAT Reading and Writing: This course helps students build the skills needed for the Reading and Writing section of the digital SAT. It focuses on analyzing texts, understanding vocabulary in context, evaluating arguments, and applying grammar and usage rules. Topics include command of evidence, central ideas, text structure, rhetorical synthesis, and standard English conventions. Students practice with interactive lessons and real test-style questions to strengthen comprehension, clarity, and precision in written communication

LSAT: This course prepares students for the Law School Admission Test by building skills in logical reasoning, analytical thinking, and reading comprehension. Learners practice evaluating arguments, solving logic puzzles, and interpreting complex texts—essential tools for success in law school and beyond.

MCAT: This course prepares students for the Medical College Admission Test by covering foundational concepts in biology, chemistry, physics, psychology, and sociology. Learners explore biomolecules, organ systems, chemical processes, physical principles, and behavioral science. The course also includes practice passages and strategies for the Critical Analysis and Reasoning Skills (CARS) section. It’s designed to build deep understanding and test-taking confidence for aspiring medical professionals.

09/02/2025

Math High School & College

Here are all of our classes here in Math High School & College.

High School Geometry: This course helps students develop reasoning and problem-solving skills through geometric concepts and proofs. Topics include transformations, congruence, similarity, triangle trigonometry, analytic geometry, conic sections, circles, and solid geometry. Learners explore relationships between shapes, apply algebraic thinking, and build a strong foundation for advanced math and real-world applications.

High School Statistics: This course helps students build a strong foundation in data analysis and probability. Topics include displaying and interpreting data, measures of center and spread, two-way tables, scatterplots, study design, and probability distributions. Learners develop skills to analyze patterns, make predictions, and draw conclusions using real-world data—essential for college readiness and informed decision-making.

High School Statistics & Probility: (NEW) This course helps students build a strong foundation in data analysis and probability. Topics include displaying and interpreting data, measures of center and spread, scatterplots, two-way tables, study design, and probability rules. Learners explore theoretical and empirical probability, expected value, and decision-making using data—skills essential for college readiness and real-world problem-solving.

Integrated Math (1, 2, & 3): This three-course sequence blends algebra, geometry, and statistics into a unified learning path. Instead of separating topics into traditional courses, students explore mathematical concepts in a more connected way—building skills across disciplines and applying them to real-world problems.

Integrated Math 1 focuses on algebra foundations, solving equations and inequalities, linear relationships, functions, data analysis, transformations, and basic geometry concepts.

Integrated Math 2 expands into quadratics, exponential models, similarity and trigonometry, complex numbers, rational exponents, solid geometry, circles, conic sections, and probability.

Integrated Math 3 introduces polynomial arithmetic and graphs, logarithms, advanced equations, trigonometric functions, rational expressions, study design, binomial probability, and normal distributions.

This pathway supports deeper understanding and prepares learners for Pre-Calculus, AP® courses, and college-level math.

Algebra 1: This course introduces students to the fundamentals of algebra, including solving equations and inequalities, working with linear and quadratic functions, exploring exponents and polynomials, and analyzing data. It builds problem-solving skills and prepares learners for higher-level math.

Algebra 2: This course builds on Algebra 1 and explores more advanced topics such as polynomials, complex numbers, exponential and logarithmic functions, sequences and series, and trigonometry. Students develop deeper problem-solving skills and prepare for future studies in mathematics and science.

Precalculus: This course prepares students for calculus by exploring a wide range of mathematical concepts. Topics include complex numbers, composite and inverse functions, trigonometric functions, vectors, matrices, conic sections, probability, and combinatorics. Optional units may cover series and limits. Students build strong analytical skills and deepen their understanding of functions and mathematical relationships

College Algebra: (NEW) This course focuses on algebraic relationships, functions, and graphs beyond high school-level algebra. Students learn to solve equations involving one or two variables, work with polynomial, rational, exponential, and logarithmic functions, and analyze graphs and models. The course emphasizes symbolic manipulation, problem-solving, and real-world applications to build a strong foundation for future math and science courses

AP/College Calculus AB: This course is equivalent to a first-semester college calculus class. Students explore limits and continuity, differentiation and its applications, integration and accumulation of change, differential equations, and applications of integration. The curriculum emphasizes understanding concepts through multiple representations—graphical, numerical, analytical, and verbal—and prepares learners for the AP exam and future studies in mathematics, science, and engineering

AP®︎/College Calculus BC: This course is equivalent to both first and second semester college calculus. It extends the content of Calculus AB and introduces additional topics such as parametric, polar, and vector-valued functions, as well as infinite sequences and series. Students explore limits, derivatives, integrals, and their applications through graphical, numerical, analytical, and verbal representations. The course emphasizes deep conceptual understanding and prepares learners for the AP exam and advanced studies in mathematics, science, and engineering.

AP®︎/College Statistics: This course introduces students to the major concepts and tools for collecting, analyzing, and drawing conclusions from data. Topics include exploring one- and two-variable data, sampling and experimentation, probability, and statistical inference. Students learn to interpret data, evaluate statistical claims, and communicate findings clearly—skills essential for college, careers, and informed decision-making.

Multivariable Calculus: (NEW) This course explores calculus with functions of more than one variable. Students learn to visualize and analyze multivariable functions, compute partial derivatives, and apply gradient and directional derivatives. Topics include multiple integrals (double, triple, and surface), vector calculus, and theorems such as Green’s, Stokes’, and the Divergence Theorem. The course emphasizes geometric intuition, analytical techniques, and real-world applications in physics and engineering

Liner Algebra: (NEW) This course introduces students to the fundamental concepts of linear algebra, including vectors and vector spaces, matrix operations and transformations, linear independence, basis and dimension, and eigenvalues and eigenvectors. Learners explore how these concepts connect to systems of linear equations and gain tools for modeling and solving real-world problems in fields like computer science, physics, and engineering.

Differential equations: (NEW) This course introduces students to equations involving functions and their derivatives, which describe how quantities change over time. Topics include first-order differential equations, slope fields, separable and exact equations, exponential and logistic models, second-order linear equations, and the Laplace transform. Students learn to solve and interpret differential equations using analytical methods and real-world applications, building a foundation for advanced studies in mathematics, physics, and engineering

Trigonometry: (NEW) This course explores the relationships between angles and sides in triangles and introduces students to the world of periodic functions. Learners master right triangle ratios, unit circle concepts, and the graphs of sine, cosine, and tangent functions. The course also covers non-right triangles using laws of sines and cosines, and dives into trigonometric identities and equations. These skills are essential for modeling real-world phenomena and preparing for advanced math and science studies

Statistics & Probability: (NEW) This course introduces students to the principles of data analysis and chance. Learners explore how to collect, organize, and interpret data using graphs, measures of center, and variability. Topics include probability rules, permutations and combinations, expected value, and statistical inference. Students build skills to evaluate real-world claims, make predictions, and understand uncertainty—essential tools for informed decision-making in everyday life and future studies.

Class Placement and Support Information

Some classes may be automatically grouped together based on enrollment. If you’ve applied for the K–12 Learning Program, please note that students ages 5–17 are pre-selected for participation.

For students in grades in any of these classes, Miss Claire has limited capacity to provide direct support. In these cases, she may recommend working with a tutor or exploring supplemental resources such as instructional videos on Khan Academy.

If you need assistance, Miss Claire is available to help. Support sessions must be scheduled in advance to ensure availability.

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