31 points
*

Reviewed a book in college the midday it was supposed to be turned in. Was authored by the prof giving the course. So I did the opposite of what seemed logical; I really attacked the very merit of his book itself rather than brownnosing. Got excellent marks because no one else dared to go against the grain.

That was decades ago though, haven’t had any similar successes ever again.

permalink
report
reply
14 points

Thirty minutes you say? That’s plenty of time for the assignment and a couple of online matches.

permalink
report
reply
13 points

One time I forgot to make a presentation for a public speaking class my friend and I were taking, only realizing after class had already started. I got my friend to lend me his laptop and quickly made one in the 15 minutes or so that I had before he needed it back to give his own presentation. I ended up getting an A on mine, while he got a B. He was pissed.

permalink
report
reply
3 points

Very similar story, I had to take a test to keep from failing a laws class back on high school, I had completely forgotten… It was in the afternoon, so a classmate who had been preparing for weeks helped me study before after morning school… I passed, he didn’t.

permalink
report
parent
reply
13 points

The good thing about leaving things to the last minute is that they only take a minute.

permalink
report
reply
7 points
*

That’s honestly half the point of procrastinating for me. It’s easier to be decisive when I don’t have a choice - particularly for creative stuff. Also, I am never more curious about learning new things than when I’m avoiding the shit I’m supposed to be doing.

permalink
report
parent
reply
8 points

rate of work = 1 / (deadline - current time)

permalink
report
reply
2 points

What unit is the 1?

permalink
report
parent
reply
2 points
*

Because there are no units, the equation can only be used to compare one rate of work to another rate of work at a different time (or a different deadline).

ratio of rate of work at time t1 compared to rate of work at time t2

= rate_of_work(t1, d) / rate_of_work(t2, d)

= (1 / (d - t1)) / (1 / (d - t2))

= (d - t2) / (d - t1)

This works because the only variables left are in the same units, even if that unit itself is unspecified.

permalink
report
parent
reply
1 point

could a unit for this be s-1?

permalink
report
parent
reply
1 point

Its a factor. It doesnt have a unit.

permalink
report
parent
reply

Avatar: The Last Airbender

!avatar@lemmy.world

Create post

A community for all things related to Avatar: The Last Airbender, Legend of Korra, cartoon or live action TV, movies, comics, novels, etc.

Rules:

  • Be kind, regardless of nation or tribe
  • Credit artist(s) when possible
  • Post relevant content
  • No spoilers in title, mark spoilers
  • No spamming or trolling
  • Only relevant posts
  • Let people like what they like
  • Follow all Lemmy.world rules

Please report any rule violations.

Community stats

  • 1.1K

    Monthly active users

  • 151

    Posts

  • 820

    Comments