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Free Calculus 1 course covering limits, derivatives, optimization, and integrals. Perfect for beginners looking to understand fundamental calculus concepts. Start now!
Welcome to "Calculus 1," a comprehensive online course designed to introduce you to the fundamental concepts of calculus. With a total duration of 7 hours and 37 minutes, this course forms an essential part of the Basic Studies category and specifically focuses on the subcategory of Calculus. Although it has no reviews yet, its structured approach makes it ideal for those new to calculus.
Calculus 1 begins with the intriguing subject of the velocity problem, exploring it both numerically and graphically. This foundational topic is pivotal in understanding how calculus can be applied to real-world scenarios. From here, the course transitions into the concept of limits—a cornerstone of calculus. Through a series of lessons, you will explore limits through various lenses, including infinite limits, limit laws, and the limits of oscillating functions, paired with practical examples to solidify your understanding.
Once acquainted with the basic principles of limits, the course delves into the continuity of functions and notable theorems such as the Intermediate Value Theorem. The course offers clear explanations and practical examples, such as piecewise functions, to help you grasp when and how functions are continuous. The journey through limits continues with lessons on computing limits at infinity and distinguishing between infinite limits and limits at infinity of composite functions.
As the course progresses, you'll encounter the definition of the derivative, another fundamental concept in calculus. The course takes you through the process step-by-step, applying the definition to various functions, including rational functions, polynomial functions, and trigonometric functions. You'll also learn valuable derivative rules, such as the power rule, product rule, and chain rule, which are instrumental in solving advanced calculus problems.
The application of these derivative rules is further explored through the derivation of inverse trigonometric functions and logarithmic differentiation. Topics such as implicit differentiation and related rates are also covered, along with practical examples designed to make these complex concepts more intuitive. You’ll gain insights into linear approximations, the Mean Value Theorem, and techniques for finding relative and absolute maximums and minimums.
In addition to foundational topics, Calculus 1 introduces you to optimization problems, L'Hopital's Rule, and exponential indeterminate forms. These lessons are punctuated with engaging example problems, such as optimizing the volume of a box and folding wires into shapes to maximize or minimize dimensions.
No calculus course would be complete without a look at anti-derivatives and integrals. You will learn to solve for the constant in general anti-derivatives and understand the definite integral through various methods, including summation notation, the Fundamental Theorem of Calculus, and substitution methods. The course ensures you are well-prepared with practical exercises and tips on topics ranging from simple substitution to complex back substitution.
The course concludes with a variety of exams and walkthroughs to test your knowledge. Finally, the course shares some final thoughts and tips for success in flipped classrooms, highlighting the importance and wide applications of calculus in various fields. Whether you are a first-time learner or looking to refresh your skills, "Calculus 1" offers a thorough and engaging learning experience.
Video class: The Velocity Problem | Part I: Numerically
0h07m
Exercise: What is the difference between average velocity and instantaneous velocity as described in the context of the velocity problem?
Video class: The Velocity Problem | Part II: Graphically
0h07m
Video class: A Tale of Three Functions | Intro to Limits Part I
0h04m
Video class: A Tale of Three Functions | Intro to Limits Part II
0h08m
Exercise: What is the definition of a limit in calculus as it relates to the behavior of a function near a designated point, regardless of the function's behavior at that point?
Video class: What is an infinite limit?
0h04m
Video class: Limit Laws | Breaking Up Complicated Limits Into Simpler Ones
0h06m
Video class: Building up to computing limits of rational functions
0h03m
Exercise: What is the limit of the function f(x) = 3x^3 + x - 1 as x approaches the value a?
Video class: Limits of Oscillating Functions and the Squeeze Theorem
0h06m
Video class: Top 4 Algebraic Tricks for Computing Limits
0h07m
Video class: A Limit Example Combining Multiple Algebraic Tricks
0h07m
Exercise: Which of the following statements correctly describes a characteristic of the function presented in the limit problem?
Video class: Limits are simple for continuous functions
0h07m
Video class: Were you ever exactly 3 feet tall? The Intermediate Value Theorem
0h04m
Video class: Example: When is a Piecewise Function Continuous?
0h03m
Exercise: What is the value of 'C' that makes the piecewise function continuous at x=1, given the piecewise function includes 'Cx^2 + 1' for x values less than one, and '2x - C' for x values equal or greater than one?
Video class: Limits "at" infinity
0h06m
Video class: Computing Limits at Infinity for Rational Functions
0h07m
Video class: Infinite Limit vs Limits at Infinity of a Composite Function
0h09m
Exercise: What does the function f(x) = e^(x-3)/(x-2) tend towards as x approaches 2 from the left?
Video class: The most important limit in Calculus // Geometric Proof
0h11m
Video class: Definition of the Derivative | Part I
0h06m
Video class: Applying the Definition of the Derivative to 1/x
0h05m
Exercise: Consider the function f(x) = 1/x. What is the derivative f'(x), found by using the definition of the derivative as a limit of the difference quotient?
Video class: Definition of Derivative Example: f(x) = x 1/(x 1)
0h06m
7 hours and 37 minutes of online video course
Exercises to train your knowledge
Certificate of course completion
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