Oh my god. This is me rn. 🥲
Oh my god. This is me rn. 🥲
Hey all the best with your job hunt! I noticed few typos you may want to address : in the objective section - “SeptembER” , “waiter AT some moments” Stago experience - “taskED” , “AN understandable tool”
There are some weird phrasing too. Maybe a native speaker can help you out better!
IF there is an all-seeing entity that oversees humans, then we are probably their tiny cats
“Flea market of federated social media” is an awesome description!
Why is installing a VPN considered bad? Is it because it is done without user consent? I don’t understand if there is any malicious intent.
Is this expectation unreasonable? If consumers look for a monopolized service then won’t that service attempt to exploit the users? Just thinking out loud. I don’t know what the solution is.
Welcome to Linux! I have noticed that new adopters get paralyzed with the amount of choices that exist and ‘best’ choices are very subjective. If one has to ask what is the ‘best’ it usually means they are not very familiar with the Linux universe. In these case it is best to choose options that are popular so that there is a lot of community help. This means that if you run into trouble it is easier to find posts and suggestions if you use a popular distro. Note that ‘popular’ usually means that it is versatile and suits almost all of the general use cases. ‘Best’ usually means that the distro is tailored for one particular use case.
I highly recommend using Debian. (You suggested Kubuntu which is also a favored option and is actually a derivative of Debian). Alternatively Mint is another beginner friendly distro that you can check out.
Irrespective of your choice, you can do all the things that you mentioned (browse, code and game) pretty much out of the box. Gaming may require a bit more tinkering but definitely doable. There is a lot of community help on stack exchange should you require it.
I remember reading this during calculus. My basic understanding is that it is useful to explain conservation of a quantity. Can you explain the physical/ historical significance of this theorem?