Linear Algebra 3.1.1 Introduction to Determinants

[safaqaryzada]

This account is a goldmine. I don’t even get bored while watching your videos which is saying a lot. Thank you so much for explaining everything the way you do!

[jenyaz]

Got an A in Discrete math in part thanks to you! Was happy to find your videos again now that I am studying linear algebra! Thanks a ton!

[SinisterPlot]

I just wanted to say, my university professor has been completely useless in teaching this course, he has literally just copied the textbook notes and reads them off to us! Your clear and concise videos are what have been carrying my grade! I've been doing very well thanks to you!

[Minte]

You make all of the concepts in linear so easy to understand, wish i had you as my actual professor 🙃

[tsholofelomokoena]

Prof thank you so much.. I wish I had seen these videos early this year but nonetheless I still have time to prepare for my exam and this was really helpful..

[mc]

Thanks for the video it helped the concept make much more sense then my teacher

[SliverHell]

I love you too. THIS IS AMAZING! I DONT HAVE TO FAIL MY LIN ALG NOW

[pealhasan]

My professor spend whole 1 hr and 20 minutes explaining this but we didn't understand shit 😭 didn't know it was that easy

[savannasmith]

lifesaver!! your videos are so helpful thank you!

[ivoturi]

Good video!!! I didnt start this subject yet. I just started university last week. But im trying to be prepared

[Furkan-yvew]

This "definition" is called as theorem in some books. How do these books define the determinants

[harshthebestcoolice]

Do you have any videos relating to kernel? I love watching your videos and at UMICH, for linear algebra, they are covering kernel so I was wondering if there were any videos linked to those

[jonasberg]

Love the video! But how do i compute the determinent of a 4x4 matrix for example? Is it even realistic to do by hand?

[amazzaleen]

hey kinderly, are there other chapters you want to cover for linear or are is all the content covered?