Perfect and succinct explanation. No other textbook, video or notes online explain this concept as succinctly as you did. You're a great educator and thanks for sharing!
Great explanation. I went through multiple resources to get a working understanding of this topic for my upcoming test, by far this is the best. Thank you. This deserves more views.
Great video--great series--Question: I'm working on a assembly language "lookup" for a pump control system-is there a "library" of standard Transformation matrices? It would certainly save me some time...
He says multiple times that any linear transformation is a matrix transformation, but as I understand it, only transformations from Rn to Rm are considered matrix transformations, which implies that there are linear transformations that are not matrix transformations.
At this point in the course, the defintion of "transformation" is a function from R^n to R^m. We don't generalize that definition to other vector spaces until later in the course.
@@HamblinMath that makes sense. I just wanted to plant a flag there in case someone else was also confused by the contradiction between what was said and what the book says. I really appreciate your lectures, thanks!
Perfect and succinct explanation. No other textbook, video or notes online explain this concept as succinctly as you did. You're a great educator and thanks for sharing!
I really liked the way how you explained all of these in a very easy way.
Thank you!
Great explanation. I went through multiple resources to get a working understanding of this topic for my upcoming test, by far this is the best. Thank you. This deserves more views.
thanks again sir!!!! nice and to the point explanation!! so grateful to find ur channel. short and best ever linear algebra explanations!!!!!!
I love you, whoever you are. You are an amazing teacher.
you are genoius james, day after tomorrow is my linear algebra exam and i am damn happy to found you here .
You're the best! Your tutorials are very helpful
This was extremely helpful again, thanks!!
Just one word man,"PERFECT"
Great video--great series--Question: I'm working on a assembly language "lookup" for a pump control system-is there a "library" of standard Transformation matrices? It would certainly save me some time...
still helpful
Respect you sir for these lectures
great job
Very helpfull, thanks!
James, did you use Linear Algebra and Its Applications by David C. Lay with the production of your video material?
Yes.
@@Coburah Thanks James
@@swiftsushi It's quite obvious that JAMES has used that textbook
@@Coburah I appreciate your follow up comment James
@@swiftsushi no prob, mr Sushi
hello james! can u plz tell us about the rotation of 'Phy' around origin in clockwise rotation. i didn't understand this concept.
I'm not sure what you're asking, exactly, but this might be helpful: en.wikipedia.org/wiki/Rotation_matrix
He says multiple times that any linear transformation is a matrix transformation, but as I understand it, only transformations from Rn to Rm are considered matrix transformations, which implies that there are linear transformations that are not matrix transformations.
At this point in the course, the defintion of "transformation" is a function from R^n to R^m. We don't generalize that definition to other vector spaces until later in the course.
@@HamblinMath that makes sense. I just wanted to plant a flag there in case someone else was also confused by the contradiction between what was said and what the book says. I really appreciate your lectures, thanks!
damn why are good explanations like
this not common in uni's
Sir can I have your email address to share a problem, can't solve it