Lagrange multipliers: follow the constraint
Explore the method of Lagrange multipliers for constrained optimization, with a visual perspective.
calculusoptimizationinformation theory
Problems to solve and ideas to explore.
Explore the method of Lagrange multipliers for constrained optimization, with a visual perspective.
Can arbitrarily small translations turn a subset of the real line into its complement?
Count vertices, edges, and faces; add a point at infinity; then discover why there are exactly five regular convex polyhedra.
How many straight cuts does it take to separate a cube into 27 unit cubes, even if you can rearrange the pieces?
Two easy bisections leave one imbalance. A quarter-turn suggests how to remove it—but we must account for the jumps in a point count.