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seen Sep 17 at 4:49

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Jul
2
awarded  Curious
Mar
25
awarded  Popular Question
Jun
23
awarded  Informed
Dec
12
comment Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
Thank you for helping set it up in my head properly.
Dec
12
comment Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
Thank you, I believe the book made a typo.
Dec
12
accepted Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
Dec
12
revised Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
added 71 characters in body
Dec
12
awarded  Commentator
Dec
12
comment Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
This is homework, but we don't actually submit anything.
Dec
12
asked Are all vectors of the form $(a, b, c)$, where $b = a + c$, subspaces of $R^3$
Mar
20
comment How to calculate $(k^x)^{-1} \pmod m$
Haha, duly noted. I have no idea why you chose 1001. Is there an another way to solve this without knowing about congruence arithmetic?
Mar
20
comment How to calculate $(k^x)^{-1} \pmod m$
Okay, I will try to think about what you said. Is the reason why $k^{x}$ became 12 also explained in your comment?
Mar
20
asked How to calculate $(k^x)^{-1} \pmod m$
Jan
9
accepted What's a good method to solve for scalars in a vector equality?
Jan
9
comment What's a good method to solve for scalars in a vector equality?
Thanks, I see it now.
Jan
9
asked What's a good method to solve for scalars in a vector equality?
Sep
16
accepted What is the language of this DFA?
Sep
16
comment What is the language of this DFA?
Thank you. I never considered unions. Looks like my English definition is wrong too. I'll go over that subject again.
Sep
16
revised What is the language of this DFA?
added a starting state to image
Sep
16
awarded  Editor