Now, imagine a very thin disk, as shown. This disk can cover the entire volume by sweeping from left to right, changing its diameter as it moves.
The volume of the differential disk is:
- Home
- Algebra Review
- Analytic Geometry
- DEQ
- Deriv of Log
- Deriv of Log Applications
- Exponential & Log function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Exponential & Log Function Derivatives
- Derivatives of Exponential and Logarithmic Functions
- Derivatives of Exponential and Logarithmic Functions
- Derivatives of Exponential and Logarithmic Functions
- Derivatives of Exponential and Logarithmic Functions
- Derivatives of Exponential and Logarithmic Functions
- Derivatives of Exponential Functions
- Derivatives of Exponential Functions
- Derivatives of Exponential Functions
- Derivatives of Exponential Functions
- Exponential and Logarithmic Functions
- Deriv of Log Applications
- Deriv of Trig
- Applications
- Applications
- Derivatives of Trig Functions
- Derivatives of Trig Functions
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trig Functions: Applications
- Derivatives of Trigonometric Functions
- Derivatives
- Applications of Derivatives: Optimization
- Applications of Derivatives: Optimization
- Applications of Derivatives: Optimization
- Applications of Derivatives: Optimization
- Applications of Derivatives: Optimization
- Derivatives – rrex1
- Derivatives – rrex3
- Example 1
- Example 1
- Example 1
- Graphing
- Product Rule
- Related Rates
- Integration
- Integration Applications
- Applications: Electrical
- Applications of Integration
- Calculating charge from an equation for current
- Calculating charge from an equation for current
- Calculating charge from an equation for current
- Calculating charge from an equation for current
- Calculating the current in an inductor
- Calculating the current in an inductor
- Calculating the current in an inductor
- Calculating the current in an inductor
- Calculating the current in an inductor
- Calculating the voltage across a capacitor
- Calculating the voltage across a capacitor
- Calculating the voltage across a capacitor
- Calculating the voltage across a capacitor
- Calculating the voltage across a capacitor
- Applications: general work
- Find the Area under a Curve
- Pump work
- Springs
- Applications: Electrical
- Integration Continued
- Integration Continued
- Integration Continued
- Integration Continued
- Integration Continued
- Integration: Areas
- Volumes
- Disk
- Shell
- Problem 1
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Volumes by Integration
- Integration Applications
- Media
- Numerical Methods
- Partial derivatives
- Problem sessions
- Problem Solving
The University of North Carolina at Charlotte
9201 University City Blvd., Charlotte, NC 28223-0001 · 704-687-UNCC (8622)
© 2022 UNC Charlotte | All Rights Reserved | Terms of Use | Policy Statements | Contact Us
Follow UNC Charlotte
