






Click
here for a demo of our online math offerings
The study of the exact sciences in general, and in particular of the mathematics
on which they are increasingly based, supplies the mind with certain nutrients.
Other disciplines, such as languages, literature, or history, do not provide
these same nutrients, at least to the same degree. As these properties are encountered
by students, understood through the solution of concrete problems, and ultimately
felt as a kind of intellectual presence, young minds enlarge and experience
a higher degree of freedom. Amoung the properties ... are: order, rigor, logical
development from simple to comples, exactness, unicersality, abstraction, economy,
and elegance. ... Beyond all this, an esthetic satisfaction drives from using
the mind successfully in a field from which vagueness, inexactness, subjectivity,
and emotion are banished. ( Charles Van Doren, The Paideia Program)
Our online interactive math program is a ground-breaking technology developed
from research at New York University and the University of California, Irvine,
by a team of software engineers, mathematicians, and cognitive scientists with
the support of a multi-million-dollar grant from the National Science Foundation.
Our program is fundamentally different from previous educational software. At
the heart of it is an artificial intelligence engine that assesses each student
individually and continuously.
Our program is a web-based, artificially intelligent assessment and learning
system. It uses adaptive questioning to quickly and accurately determine exactly
what a student knows and doesn't know in a course. The program then instructs
students on the topics they are most ready to learn. As a student works through
a course, the program periodically reassesses the student to ensure that topics
learned are also retained. Our courses are very complete in their topic coverage
and avoid multiple choice questions.
We provide the advantages of one-on-one instruction, 24/7, from virtually any
web-based computer for a fraction of the cost of a human tutor.
Math
|
Math Assessment - ($35.00 one time fee)
We start each student with a comprehensive math assessment ($35.00
one time fee). Based on your student's needs and interests, a math program
is determined. Students graduating from our school are required to have
two math credits in math courses above the pre-algebra level. Elective
credits are earned for any pre-algebra courses.
Click
to purchase
$35
Math Assessment Fee |
All Math Courses
Credit: .5 (semester course)
Course Fee: $85.00
Materials Fee: $18.00
Total for Course: $103.00
Credit: 1.0 (full-year course)
Total for Course: $206.00
Click
to enroll
$103.00
for half credit Math |
Math
Offerings
Pre-Algebra - Included in Algebra I - a complete foundation
- Whole Numbers
(36 concepts)
- Signed numbers
and variables (21 concepts)
- Fractions (25
concepts)
- Decimals (19
concepts)
- Linear equations
(19 concepts)
- Measurement,
proportion, and percent (25 concepts)
- Exponents, radicals,
and polynomials (16 concepts)
- Geometry and
data analysis (34 concepts)
Math
100 a & b: Elementary Algebra 1 (Two half-credit courses for one
full year)
- Real numbers
(13 concepts)
- Solving linear
equations (23 concepts)
- Graphing and
functions (39 concepts)
- Exponents and
polynomials (36 concepts)
- Rational expressions
(29 concepts)
- Radicals and
quadratic equations (28 concepts)
Math
200 a & b: Geometry
- Real numbers
(13 concepts)
- Lines & Angles (26 concepts)
- Triangles (32 concepts)
- Polygons & Circles (43 concepts)
- Similarities & Transformations (19 concepts)
- Volumes & Surface Areas (20 concepts)
- Coordinate Geometry (30 concepts)
Math
300 a & b: Intermediate Algebra (Two half-credit courses for one
full year)
- Real numbers
and linear equations (49 concepts)
- Graphs and functions
(43 concepts)
- System of linear
equations (19 concepts)
- Exponents and
polynomials (36 concepts)
- Rational expressions
and functions (31 concepts)
- Radicals and
quadratic equations (41 concepts)
- Exponentials
and logarithms (15 concepts)
- Conic sections
(13 concepts)
Math
410 a & b: PreCalculus (Two half-credit courses for one full year)
- Sets, relations,
and functions (21 concepts)
- Polynomial,
rational, and radical expressions (15 concepts)
- Exponential
and logarithmic expressions (15 concepts)
- Trigonometry
(41 concepts)
- Complex numbers,
vectors, and polar coordinates (16 concepts)
- Linear equations
and matrices (15 concepts)
- Sequences and
series (12 concepts)
- Conic sections
(16 concepts)
Trigonometry
(Two half-credit courses for one full year)
- Angles (6 concepts)
- Trigonometric
values (9 concepts)
- Trigonometric
functions (10 concepts)
- Trigonometric
equations (9 concepts)
- Identities (4
concepts)
- Laws of sines
and cosines (3 concepts)
- Complex numbers
and polar coordinates (12 concepts)
Specialty
Offerings
Adult
High School - Applied Math
(Up to Four Credits)
- Number Sense (95 concepts)
- Statistics, Data Analysis & Probability (27 concepts)
- Algebra & Functions (42 concepts)
- Measurement & Geometry (54 concepts)
- Algebra I (49 concepts)
Foundations
of Business Math
(Two half-credit courses for one full year)
- Whole Numbers
(36 concepts)
- Fractions and
mixed numbers (25 concepts)
- Decimals (21
concepts)
- Proportions
and percents (9 concepts)
- Signed numbers
and variables (12 concepts)
- Linear equations
(13 concepts)
Preparation
for Calculus (Two half-credit courses for one full year)
- Rational numbers
(40 concepts)
- Linear algebra
(38 concepts)
- Exponents and
rational expressions (49 concepts)
- Polynomials
(31 concepts)
- Functions (9
concepts)
- Exponentials
and logarithms (13 concepts)
- Trigonometry
(31 concepts)
- Introduction
to Statistics
Business
Statistics (Two half-credit courses for one full year)
- Descriptive
statistics (27 concepts)
- Probability
(26 concepts)
- Random variables
(10 concepts)
- Distributions
(16 concepts)
- Inferential
statistics (30 concepts)
- Correlation
and regression (17 concepts)
- Time series
and quality control (13 concepts)
High
School Math Intended Learning Outcomes
The main intent of mathematics instruction at the secondary level is for students
to develop mathematical proficiency that will enable them to efficiently use
mathematics to make sense of and improve the world around them.
The Intended Learning Outcomes (ILOs) describe the skills and attitudes students
should acquire as a result of successful mathematics instruction. They are an
essential part of the Mathematics Core Curriculum and provide teachers with
a standard for student learning in mathematics.
The ILOs for mathematics at the secondary level are:
- Develop positive attitudes toward mathematics, including the confidence,
creativity, enjoyment, and perseverance that come from achievement.
- Become proficient problem-solvers by posing appropriate questions, selecting
appropriate methods, employing a variety of strategies, and exploring alternative
approaches.
- Think logically, using inductive reasoning to formulate reasonable conjectures
and using deductive reasoning for justification, formally or informally.
- Cooperatively and independently explore mathematics, using inquiry and technological
skills.
- Make connections between mathematical ideas, between mathematics and other
disciplines, and to life.
- Communicate mathematics through writing, modeling, and visualizing, using
precise mathematical language and symbolic notation.