Solution Found!
Let be the basis of 3 consisting of the Hermite
Chapter 4, Problem 23E(choose chapter or problem)
Let be the basis of ?3 consisting of the Hermite polynomials in Exercise, and let p(t) = 7 – 12t – 8t2 + 12t3. Find the coordinate vector of p relative to .ExerciseThe first four Hermite polynomials are 1, 2t, -2 + 4t2, and -12t + 8t3. These polynomials arise naturally in the study of certain important differential equations in mathematical physics.2 Show that the first four Hermite polynomials form a basis of ?3.
Questions & Answers
QUESTION:
Let be the basis of ?3 consisting of the Hermite polynomials in Exercise, and let p(t) = 7 – 12t – 8t2 + 12t3. Find the coordinate vector of p relative to .ExerciseThe first four Hermite polynomials are 1, 2t, -2 + 4t2, and -12t + 8t3. These polynomials arise naturally in the study of certain important differential equations in mathematical physics.2 Show that the first four Hermite polynomials form a basis of ?3.
ANSWER:Solution 23EStep 1 of 4