BL
BS
Benyamin S
Series Details
About
Dive Into the World of Calculus!
This comprehensive series delves deep into the AP Calculus AB and BC curriculum and goes far beyond, making it the ultimate course for both learners preparing for exams and true calculus enthusiasts. Covering everything from the fundamentals of limits, derivatives, and integrals to advanced topics like infinite series and beyond, this course is designed to ignite a passion for mathematics.
Every session is carefully tailored to meet individual student needs. Custom-designed booklets focus on areas of weakness, provide step-by-step explanations of core concepts, and tackle the most challenging problems. Whether you're looking to master the AP syllabus or explore the fascinating depths of calculus, this course offers something for everyone.
Suppose you're a calculus fan eager to discover its beauty or simply aiming to excel in your studies. In that case, this series promises a rewarding and engaging journey into one of math's most powerful disciplines!
✋ ATTENDANCE POLICY
To ensure you get the most out of this course and make steady progress, it’s crucial to attend sessions regularly. Missing more than one session per month can disrupt the flow of learning, hinder your understanding of critical concepts, and create gaps that may be challenging to fill. Each session builds upon the last, making consistent attendance essential for mastering the material and staying on track with the curriculum. By committing to regular participation, you’ll maximize your potential and enjoy a seamless learning experience. Let’s make every session count!
Dates
November 20 - January 23
Learners
5 / 30
Total Sessions
19
About the Tutor
BL
BS
I'm a high school student who likes Calculus, Physics and other related subjects. I take playing Piano, Hitting the Gym and learning applicable skills as my hobbies.
View Benyamin S's Profile
Upcoming Sessions
18
26
Nov
Lc
Session 2
Limits and continuity
Intro to Limits and Limits in Graphs: Explore the foundational concept of limits, how they relate to graphs, and their significance in calculus.
28
Nov
Lc
Session 3
Limits and continuity
Indeterminate Forms and Algebraic Methods: Understand indeterminate forms and use algebraic techniques to resolve complex limits.
3
Dec
Lc
Session 4
Limits and continuity
Trigonometric Identities for Solving Limits: Apply trigonometric identities to simplify and solve challenging limit problems.
5
Dec
Lc
Session 5
Limits and continuity
Limits Using Substitution and Intro to Limits at Infinity: Combine substitution techniques with an introduction to the behavior of functions as they approach infinity.
10
Dec
Lc
Session 6
Limits and continuity
Limits at Infinity Continued: Deepen your understanding of limits at infinity with more advanced examples and applications.
12
Dec
Lc
Session 7
Limits and continuity
Indeterminate Forms in Limits at Infinity: Resolve indeterminate forms specifically within the context of limits approaching infinity.
17
Dec
Lc
Session 8
Limits and continuity
Limits Using Direct Substitution: Learn the technique of evaluating limits by directly substituting values into functions.
19
Dec
Lc
Session 9
Limits and continuity
Continuity: Examine the concept of continuity and its role in understanding functions and their behavior.
24
Dec
Lc
Session 10
Limits and continuity
Continuity Using Algebraic Methods and Graphs: Analyze continuity through algebraic methods and graphical interpretation.
26
Dec
Lc
Session 11
Limits and continuity
Limits Review: Reinforce and consolidate your knowledge with a comprehensive review of all limit concepts covered.
31
Dec
Dr
Session 12
Differentiation: definition and basic derivative rules
Introduction to Differentiation: Understand the concept of differentiation, its geometric meaning, and its fundamental role in analyzing change.
2
Jan
Dr
Session 13
Differentiation: definition and basic derivative rules
Basic Rules of Differentiation: Learn essential rules, including the power, constant, and sum/difference rules, to calculate derivatives efficiently.
7
Jan
Dr
Session 14
Differentiation: definition and basic derivative rules
Product and Quotient Rules: Master the techniques for finding derivatives of products and quotients of functions with precision.
9
Jan
Df
Session 15
Differentiation: composite, implicit, and inverse functions
Chain Rule and Composite Functions: Explore the chain rule to differentiate complex, nested functions with ease.
14
Jan
Dr
Session 16
Differentiation: definition and basic derivative rules
Implicit Differentiation: Discover how to differentiate equations where variables are intertwined, introducing a powerful tool for solving complex problems.
16
Jan
Dr
Session 17
Differentiation: definition and basic derivative rules
Higher-Order Derivatives: Analyze second and higher-order derivatives to understand acceleration, concavity, and other advanced concepts.
21
Jan
Dr
Session 18
Differentiation: definition and basic derivative rules
Applications of Differentiation: Apply differentiation to real-world problems, including optimization, related rates, and curve sketching.
23
Jan
Dr
Session 19
Differentiation: definition and basic derivative rules
Differentiation Review and Problem Solving: Reinforce all differentiation techniques and tackle a wide range of challenging problems in a final review session.