Lectures in Max Min Problems
- Lecture 1: Open Box
- Lecture 2: Rectangular Area
- Lecture 3: Transmission Lines
- Lecture 4: Largesttriangle In Semi-Circle
- Lecture 5: Strongest Beam
- Lecture 6: Largest Rectangular Package Volume
- Lecture 7: Reviewing General Approach
- Lecture 8: Reviewing General Approach: Example
- Lecture 9: Maximize The Product Of 2 Numbers
- Lecture 10: Largest Cylinder That Fits In A Circular Cone
- Lecture 11: Construct A Cylinder From The Least Material
- Lecture 12: Find The Shortest Distance From The Graph
- Lecture 13: Gas Tank Made From The Least Material
- Lecture 14: Maximizing Apple Orchard Production
- Lecture 15: Maximizing Rental Income
- Lecture 16: Maximizing Size Of A Postage Package
- Lecture 17: Maximum Rectangle In A Triangle
- Lecture 18: Maximum Area Of Square + Circle
- Lecture 19: Maximum Volume Of A Closed Box
- Lecture 20: The Sum Of 2 Numbers
- Lecture 21: The Maximum Cross Section
- Lecture 22: Maximum Rectangle Inside A Semi-Circle
- Lecture 23: Maximum Right Circular Cone
- Lecture 24: Maximum Profit
- Lecture 25: How To Calculate Marginal Cost: 2 Methods
- Lecture 26: Find Shortest Ladder To Clear Wall
- Lecture 27: Find Point Of Least Light
- Lecture 28: Find Shortest Rope
- Lecture 29: Prove Fermat'S Principle And Reflection
- Lecture 30: Derive Snell'S Law Using Least Time