0x4E4F@lemmy.fmhy.ml to Memes@lemmy.ml · 2 年前Other "people"lemmy.fmhy.mlimagemessage-square36fedilinkarrow-up1384arrow-down115
arrow-up1369arrow-down1imageOther "people"lemmy.fmhy.ml0x4E4F@lemmy.fmhy.ml to Memes@lemmy.ml · 2 年前message-square36fedilink
minus-squares_s@lemmy.onelinkfedilinkarrow-up22·edit-22 年前I bet someone knows an arithmetic topology where this is true.
minus-squarelowleveldata@programming.devlinkfedilinkarrow-up8·2 年前Just redefine how you write multiplication
minus-squareCAPSLOCKFTW@lemmy.mllinkfedilinkarrow-up3·2 年前Actually, (sorry for that beginning) if we assume that these numbers are elements of the additive group of the integers (ℤ,+), some people define z^n for z∈ℤ and n∈ℕ as z+z+…+z}n-times
I bet someone knows an arithmetic topology where this is true.
Just redefine how you write multiplication
Actually, (sorry for that beginning) if we assume that these numbers are elements of the additive group of the integers (ℤ,+), some people define z^n for z∈ℤ and n∈ℕ as z+z+…+z}n-times
In mod 3 they’re all 0.