can the zero vector be part of a basis [prof's definition of basis cites property one "they are independent"] - yet i wouldn't place the zero vector in any basis...
Pay attention to the beginning of the lecture, when he draws the plane axes and takes v2 equal to zero, subsequently saying that if the set of vectors contains the zero vector then those vectors will be dependent.
does any1 know where I could get some problem sets (with solutions preferably) based on this stuff?
PooliesK2 2 years ago
Im a student at UCSB. This helped me study for math final! Thanks so much for offering this!
gymgirl16 2 years ago 2
thanks alot MIT!...helped me out from my last term mechanics, and hope this serie would help for my upcoming Linear Alge test!
royvslink 2 years ago
It's so great to be able to lounge at home and watch a lecture in my underwear with a cold glass of orange juice...lol. Thank you MIT
YoungGully 3 years ago 4
I know exactly what you mean, MIT are great but you make orange juice sound like the most luxurious thing in the world, lol.
NClarkey 2 years ago 2
Yeah, man, that's exactly how I went to my lectures too. ;)
berkeley73 2 years ago 2
e igual as noxas aulas xd
bladehea 3 years ago
This is such a great supplement to my linear algebra course!
suapntdoen 3 years ago 5
can the zero vector be part of a basis [prof's definition of basis cites property one "they are independent"] - yet i wouldn't place the zero vector in any basis...
dreznik 3 years ago
Pay attention to the beginning of the lecture, when he draws the plane axes and takes v2 equal to zero, subsequently saying that if the set of vectors contains the zero vector then those vectors will be dependent.
weedfiara 3 years ago 6
thank you very much!!1 thanks!!! thank you for uploading this lecture..
grafody 4 years ago 13