AP Calculus AB Tutors Online
OUR PROGRAMS INCLUDE
Description
Open to:Grades 10  12 
Instruction:Blended Online & Live sessions 
Recommended Plan:Balanced – 7 Months 
Recommended School Credit:This is an AP Calculus course, equivalent to a yearlong Calculus AB sequence. 
AP Calculus AB course is devoted to topics in differential and integral calculus. The AP course covers topics in these areas, including concepts and skills of limits, derivatives, definite integrals, and the Fundamental Theorem of Calculus. This course teaches students concepts and problems when they are represented graphically, numerically, analytically and verbally, and to make connections amongst these representations. Review the course content in the next tab List of Topics.
Each student is assigned to an expert AP Calculus AB tutor to help them achieve success during their AP Calc AB course and master a high level of math at the college level. This course is a blend of oneonone AP Calculus AB help with a designated tutor, and selfguided study. Students have up to two live sessions per week with their assigned AP Calc AB tutor at an agreed upon time that works best for the student. Between the live sessions, students seek AP Calculus AB help via lectures, online resources, AP Calc practice tests, and more. When students are on their own, they’ll be tasked with computerbased activities and assignments to help to reinforce concepts taught during the AP Calculus AB course. Students and parents can keep an eye on the student’s progress and access graded assessments online, which include chapter quiz, midterm exams, and a cumulative final.
 Functions and Graphs
 What is a Function?
 Graphs of Functions
 Domain, Range, and Zeros
 What is a Function?
 Basic Functions and Transformations
 Addition – Shifting functions up and left
 Subtraction – Shifting functions down or right
 Multiplication – Stretching or compressing functions
 Linear Functions and Mathematical Modeling
 Write the pointslope equation
 Mathematical models  regressions
 Exponential Functions
 Growth and decay functions
 Fitting an exponential model to data
 Modeling radioactive decay
 Compound Interest and the Number
 Compounding interest formula
 Continuous compounding formula
 Inverse Functions
 Horizontal and vertical Line tests
 OneToOne functions
 Logarithms
 Logarithmic functions
 Domain and range of logarithmic functions
 Properties of logarithms
 Changing the base for logarithmic functions
 Combining Functions: Polynomial and Rational Functions
 Evaluating functions/writing formulas for functions
 Polynomial functions/domain, range, zeros
 Graphing polynomial functions/odd and even functions
 Composition of Functions
 Composites – Inner/outer functions
 Composition of inverse functions
 Trigonometric Functions
 Graphs of sine/cosine, period, amplitude, shifts
 Unit circle and special triangles
 Tangent, cotangent, secant, cosecant (as ratios)
 Trigonometric identities
 Chapter 1 – Limits and Continuity
 Chapter 2 – The Derivative
 Chapter 3 – Derivatives of Trigonometric Functions and Other Rules
 Chapter 4 – Implicit Differentiation and Other Differentiation Rules
 Chapter 5 – Graphs of Functions and Their Derivatives
 Chapter 6 – Applications of the Derivative
 Chapter 7 – The Integral
 Chapter 8 – Methods of Integration
 Chapter 9 – First Order Differential Equations
 Chapter 10 – Applications of the Definite Integral
Plan B :Balanced: For Students who want to stay a Touch Ahead

Self Study
45 
LIVE ONE ON ONE SESSION
45 
Self Study
45 
LIVE ONE ON ONE SESSION
45 
Reviews
45
Weekly Commitment  90 mins
Plan C :Classroom: Designed to pace with your school curriculum

Self Study
45 
Self Study
45 
LIVE ONE ON ONE SESSION
60 
Reviews
30
Weekly Commitment  60 mins