Integrating probability density functions is fun.

The Gimp image editor doesn't just accept copy-paste subscripts so I deleted and reposted, hopefully correctly this time

Edit for story:

Basically, I was asked to find out when we needed to switch parts based on seasonal temperature fluctuations. So I took the data and did least squared regression using a sinusoidal function. Then to took the second derivative of the resulting function to find the seasonal inflection point (haven’t use thay word in a while) which indicates where the season is most rapidly changing between hot and cold.

It’s no triple integral over spherical coordinates in epstein space, but it required python!

Context 2: I am an Engineering Data Analyst, but have mostly been doing software development, not actual analysis.

∫ Ydk = Yk+c

(Ignore c pls🥹🥹)

Actual question on my Exam today...

Multiplying or dividing temperature must be done with absolute scales.

Ever since I found this out, the story of the Furnaces of Nebuchadnezzar in the Book of Daniel became more amusing because the king technically would have to order them be heated to a much higher temperature than most people would expect he did.

It's a Winnie the Pooh baby body. What are they plotting over at Disney? They are trying to brainwash a young child! I am furious! I'm going to write them a sternly worded letter! Something something Peano something!