I applied to Amazon recently not really thinking about it I was just bored. Dropped my CV and I was asked to fill in why would I want to work in that position. I un-ironically put “It sounds like a lot of fun”, got rejected instantly then got an unrelated message from an Amazon recruiter from another division inviting me to apply, rejected it because it didn’t sound as fun.

I’m an honest bloke I just want to have fun.

I don't know how managers are planning deadlines and counting December as a full working month!

Most companies that I worked with, count either half a month or push the deadline until the end of January when the workforce is back but not here.

Our division manager has promised the customer that the production environment will be ready on the first week of January, without even consulting the team or checking the schedule like WTF!
The person responsible for setting the infrastructure was on vacation for 2 weeks and he didn't hand over the access to production or share the progress done.
Fast forward, the manager went to slack and pinged the whole company with full caps message that the production should be done today.

Fun times :/

Question - is this meaningful or is this retarded?

if

2*3 = 6
2*2 = 4
2*1 = 2
2*0 = 0
2*-1 = -2

then why doesnt this work?

6/3 = 2
6/2 = 3
6/1 = 6
6/0 = 0
6/-1 = -6

if n/0 is forbidden and 1/n returns the inverse of n, why shouldn't zero be its own inverse?

If we're talking "0" as in an infinitely precise definition of zero, then 1/n (where n is arbitrarily close to 0), then the result is an arbitrarily large answer, close to infinite, because any floating point number beneath zero (like an infinitely precise approximation of zero) when inverted, produces a number equal to or greater than 1.

If the multiplicative identity, 1, covers the entire set of integers, then why shouldn't division by zero be the inverse of the multiplicative identity, excluding the entire set? It ONLY returns 0, while anything n*1 ONLY returns n.
This puts even the multiplicative identity in the set covered by its inverse.

Ergo, division by zero produces either 0 or infinity. When theres an infinity in an formula, it sometimes indicates theres been
some misunderstanding or the system isn't fully understood. The simpler approach here would be to say therefore the answer is
not infinity, but zero. Now 'simpler' doesn't always mean "correct", only more elegant.

But if we represent the result of a division as BOTH an integer and mantissa
component, e.x

1.234567 or 0.1234567,

i.e. a float, we can say the integer component is the quotient, and the mantissa
is the remainder.

Logically it makes sense then that division by zero is equivalent to taking the numerator, and leaving it "undistributed".
I.e. shunting it to the remainder, and leaving the quotient as zero.

If we treat this as equivalent of an inversion, we can effectively represent the quotient from denominators of n/0 as 1/n

Meaning even 1/0 has a representation, it just happens to be 0.000...

Therefore

(n * (n/0)) = 1

the multiplicative identity

because

(n* (n/0)) == (n * ( 1/n ))

People who math. Is this a yea or nay in your book?

I graduate college in December and I got my first fulltime job offer today! I've been working in my university's oit department for 3 semesters, lol most of rants are about that job. I guess a lot of my frustration stemmed from being capable but hitting a wall in the sort of things I worked on. I didnt feel like I was growing and had no avenues to express concerns/feedback towards the end. Plus the job was not one where they could give me a job after graduation, so I just felt unseen and discardable day to day.

But turns out this job worked out for me! There's an opening in a whole other division that does api development and data warehousing with Snowflake/Attacama and they want me specifically for it. If the benefits/pay ends up being decent, I'm leaning towards accepting it.