#or i guess then . if its infinite. but we're talking abt subspaces of R3 then its inherently limited to the max amount of dimensions?
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i have nearly 700 followers and at least 20 active followers surely someone knows linear algebra. i need help with parts c and d LOL.. slader only has part d but the explanation doesnt make sense to me so. puts my head in my hands
#apparently part d is the entire R3 space#the explanation doesnt make sense to meon slader#or at least. thats not anything my prof learned so i cant use it as an explanation without saying Hey I Copied Directly Off Slader#brot posts#going off part d i feel like part c should also be R3 then?#but like. idkkkkkkkk#bc i dont know WHY its R3 so im just fuckin guessing LOL#like for parts a and b i based it on their dependence in order to find the dimension#and then the dimension would give whether its a line or a plane or R3#so part d if it really is R3 then i should somehow have to get dimension = 3 but how??? LOL#and idk how to figure out the dependence of just. 'all vectors with whole number components'#like does that mean that they can then form linear combos?? not necessarily though???#it depends on what the fuckin vector itself is??#so would that be independent?#but how MANY independent vectors are there then? if its All Vectors then shouldnt it be like INFINITE?#or i guess then . if its infinite. but we're talking abt subspaces of R3 then its inherently limited to the max amount of dimensions?#therefore its capped at 3? so dimension = 3?? LIKE IDK WHATS GOING ON LMFAO#I HATE WHEN HE ASKS THESE CONCEPTUAL QUESTIONS BC I DONT KNOW!!#i was able to answer parts a and b because he actually explicityl said that shit in the lecture#A Vector Space Of Dimension 2 Is A Line#and so on and so forth#but thats it like what the fuck do i do for these conceptual questions then when its just 'all vectors' LIKE YJHGFDSBN#THIS IS DUE TONIGHT IM YELLING IM NOWHERE NEAR DONE DX
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