I'm quickly looking ahead to see if you would have DiffEQ videos for my next semester and you do! I am going to have a much kinder next semester than I was expecting.
Thanks for sharing with us, Can you give me a hint on the following question please "Does there exists an unbounded on [0,infinty) solution of equation x''=4x-4x^3?"
@@mathwithprofessorv No worries- it's a holiday weekend. Our first test this Tuesday only goes up 4.3 (plus 9.1 and 9.2) Next up is 4.5, 4.6, 4.9, 5.1, 8.1, 8.2. over the next couple of weeks. Your handwriting and speaking are so clear!!! Relax and enjoy your weekend!
Thank you so much! I don’t have notes ready for all of the sections you listed, but I’ll do my best to get as many done as possible in the next few weeks. Happy Memorial Day weekend to you also!
Professor V, thank you for another fantastic lecture on Initial Value & Boundary Value Problems , which defines the classical Differential Equations. I really liked Differential Equations.
I'm quickly looking ahead to see if you would have DiffEQ videos for my next semester and you do! I am going to have a much kinder next semester than I was expecting.
Yes I gotchu!!! 😉 I’ll be adding more videos during break too so everything should be ready in time for your class next semester.
Excellent explanation!!!
Thank you! ☺️☺️
Thanks for sharing with us, Can you give me a hint on the following question please "Does there exists an unbounded on [0,infinty) solution of equation x''=4x-4x^3?"
So much clearer than text or my lectures. I only wish you already had finished Chapters 5-8
Thank you so much! I’m doing my best but I’m sorry those chapters aren’t ready yet. Hopefully I can record 4.4 and have it ready for tomorrow!
@@mathwithprofessorv No worries- it's a holiday weekend. Our first test this Tuesday only goes up 4.3 (plus 9.1 and 9.2) Next up is 4.5, 4.6, 4.9, 5.1, 8.1, 8.2. over the next couple of weeks. Your handwriting and speaking are so clear!!! Relax and enjoy your weekend!
Thank you so much! I don’t have notes ready for all of the sections you listed, but I’ll do my best to get as many done as possible in the next few weeks. Happy Memorial Day weekend to you also!
Professor V, thank you for another fantastic lecture on Initial Value & Boundary Value Problems , which defines the classical Differential Equations. I really liked Differential Equations.
Thank you George! Differential equations was one of my favorite classes in college, and I’m really enjoying making these videos now years later.