About Course
Calculus II – Full Course| Today’s School
Calculus II is a comprehensive course designed to build upon the foundational concepts learned in Calculus I, diving deeper into the world of mathematical analysis. This course covers advanced integration techniques, including integration by parts, trigonometric integrals, and improper integrals. Students will explore the applications of integrals in real-world scenarios, such as calculating areas, volumes, and solving differential equations.
The course also introduces sequences, series, and convergence, with a special focus on power series and Taylor expansions. Throughout the course, students will engage with problem-solving exercises, interactive lessons, and recorded lectures to solidify their understanding of complex mathematical concepts.
Ideal for university students or anyone looking to strengthen their calculus skills, Calculus II provides flexibility through self-paced learning, online mentorship, and continuous assessments to track progress. Whether you’re preparing for higher-level mathematics or enhancing your analytical skills, this course is tailored to ensure you master the material.
Course Highlights:
Advanced integration techniques
Applications of integrals in physics and engineering
Sequences, series, and convergence tests
Power series and Taylor series
Problem-solving and real-world applications
ive into advanced calculus with our Calculus II full course, covering integration techniques, series, and real-world applications. Enhance your math skills with interactive lessons and recorded lectures. Get it now at a special discounted price!
Course Content
Calculus II (Full Course)
Integration by parts
00:00Integration for partial fractions
00:00Trigonometric Integrals
00:00Integrals By Substitution
00:00Applications of Integrals; Areas and volumes
00:00Volumes by slicing and rotation(Disk washer)
00:00Volumes by slicing and rotation(Shells method)
00:00Integration of ARC Length
00:00Work
00:00Surface Integral
00:00Moments, Center of Gravity, & Centroids
00:00Fluid Pressure & Forces
00:00Parametric Equations
00:00Sequence and Series
00:00Convergence Test
00:00Power Series
00:00Vector Dot Product
00:00Vectors(Cross product)
00:00Motion in Space
00:00Partial Derivatives (Chain Rule, Gradient, Directional Derivatives)
00:00Gradient
00:00Double Integral in Polar Coordinate System
00:00Triple Integrals
00:00Vector Fields
00:00Curl
00:00Divergence
00:00Stokes Theorem
00:00Continuity of Trigonometric Functions
00:00Flux Integrals
00:00Implicit Differentiation
00:00