That is an excellent point...

I loled at "Rust was invented" :)

Seems fake if the claim is that the realtor saw this at a showing, property, etc. You can see a stall divider in the upper left.

This sounds like the stereotype exactly applies to you.

Good joke if it was one though.

Pretty situational, but I LOVE this meme format.

The disambiguation page for Boogaloo is now a bunch of awesome shit like music and dance styles plus an extremist movement...

Fuck you, choose a different name for your whack ass antics.

Pictured: World War I soldier afflicted with French foot.

You can tell the artist watches basketball.

People are being kind of rude, sorry about that.

I also think they aren't understanding your problem. You have a function f(w,t) = sin(wt)/w which is well defined everywhere (in the sense of limits at w=0 ), but for which the naive implementation (compute sin(wt), then divide by w) gives the "wrong" output for w=0 (an error instead of t).

Note that the function sin(x)/x has a name, sinc(x). Using this to rewrite your function gives f(w,t) = sin(wt)/w = tsin(wt)/(wt) = tsinc(wt).

Now you just need to find a quality implementation of sinc from a math library.

plus hight taxes for the rich

Nobody should be rich and tall! \s

Manjaro has me dying, lol.

Glad fasting is working for you! Are you confident that you are eating the same number of calories as you were before (even if you are eating the same kinds of foods)?

Do you get all those snacks you used to eat until midnight in before 6:00pm, or do you just eat until full?

She's married!?

Damn, nice.

This one?

Have I ever told you the story of Darth Microsoft Teams? Only Chrome and Edge. Some limited stuff works in Firefox, but it's flaky at best.

Grievous, lots of Jedi doing Jedi things, the hot start with Anakin and Obi-wan going in alone to save the chancellor, did I say Grievous?

My guess is that these are all graffiti writers in the same crew (perhaps LVR, can't quite make out what it says in the tiny letterson the bottom). Keep your eyes out for individual tags or throw ups with the same names.

T = O(n) means that there exists a single constant k such that T < kn for all sufficiently large n. Therefore O(n!^2) is not the the same as O(n!), but for example both 10n!, 10000n!, n! + n^2 (note the plus) are O(n!).

Another way to think about this: suppose you believe that O(n) and O(n^2) are distinct. Now plug in only numbers that are factorials (2, 6, 24, ...).

Good on you for knowing what you deserve. I'm sure it was hard, but I think you made the right choice.

Hoping the next one comes correct with the giant cookies!