Ashish@mastodon.social to Linux@lemmy.ml · edit-21 year ago[@linux](https://lemmy.ml/c/linux) [@programmerhumor](https://lemmy.ml/c/programmerhumor) !programmerhumor@lemmy.mlfiles.mastodon.socialexternal-linkmessage-square27fedilinkarrow-up1363arrow-down148file-text
arrow-up1315arrow-down1external-link[@linux](https://lemmy.ml/c/linux) [@programmerhumor](https://lemmy.ml/c/programmerhumor) !programmerhumor@lemmy.mlfiles.mastodon.socialAshish@mastodon.social to Linux@lemmy.ml · edit-21 year agomessage-square27fedilinkfile-text
minus-squareEager Eagle@lemmy.worldlinkfedilinkEnglisharrow-up24arrow-down1·1 year agoexactly, this is so annoying. I don’t know by first-hand experience, but I also think p and q are confusing for dyslexic people.
minus-squarejuliebean@lemm.eelinkfedilinkarrow-up8·1 year agoi knew i was forgetting some other common pairings, thank you. p/q and u/v always bugged me too.
minus-squareVisualBuilder4@feddit.delinkfedilinkarrow-up6·1 year agou and v were so difficult for me to differentiate in handwriting. My handwriting is not that pretty and the difference between a round bottom and a sharp bottom is not that big when stressed in an exam.
minus-squareSuccessful_Try543@feddit.delinkfedilinkarrow-up2·1 year agoLike in math: given are the vector fields u, nu and v and the normal vector n …
minus-squarerolaulten@startrek.websitelinkfedilinkarrow-up3·1 year agoInteresting footnote about p and q. You see them turn up on formal logic proofs (for philosophy)
exactly, this is so annoying. I don’t know by first-hand experience, but I also think
p
andq
are confusing for dyslexic people.i knew i was forgetting some other common pairings, thank you. p/q and u/v always bugged me too.
u and v were so difficult for me to differentiate in handwriting. My handwriting is not that pretty and the difference between a round bottom and a sharp bottom is not that big when stressed in an exam.
Like in math: given are the vector fields u, nu and v and the normal vector n …
Interesting footnote about p and q. You see them turn up on formal logic proofs (for philosophy)