>>20Fields are invertible but in vector spaces multiplication doesn't even need to be defined.
Vector spaces have addition between vectors and multiplication by a scalar, and about 8 properties.
I have never got to see Maxwell's Equations because I've never gotten to Physics III (which deals mostly with electromagnetism). I'm currently doing Physics I because I couldn't find it in the morning the previous semester.
Oh, you mean that every field has the properties of vector spaces included along with their own. Okay, that is right.
Edited on 06/04/2023 15:01.
>>20
Fields are invertible but in vector spaces multiplication doesn't even need to be defined.
Vector spaces have addition between vectors and multiplication by a scalar, and about 8 properties.
I have never got to see Maxwell's Equations because I've never gotten to Physics III (which deals mostly with electromagnetism). I'm currently doing Physics I because I couldn't find it in the morning the previous semester.
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Oh, you mean that every field has the properties of vector spaces included along with their own. Okay, that is right.