u/HNW
I'm trying to find a video that I saw about a year ago the art style was pixel art (similar to Mike Manor) and the person was living in a world where they were basically the main character in an RPG but treating it as if it was a nuisance.
The most distinct feature I remember was a chicken that only balked and the person understood them like they were Chewbacca. They constantly murdered people they may have been an assassin I don't remember.
I feel like the chicken was Brown.
There was an webcomic about a person complaining how paper towel dispensers never work for them and then making a tweet about it but not getting any retweets.
And he other character suggesting that they declare themselves as the future smelly assassin that the robots will never see once they take over.
I believe it was a four panel comic the people were drawn to be realistic. Probably done about 10 years ago.
I'm trying to remember the name of a table top RPG game that Lou mentioned in an adventuring party episode.
He described it as an RPG/table top game. You play as the individual tribes and then as the larger world over generations and the decisions you make RPing impact the game and vice versa
Does anyone remember the name?
https://www.youtube.com/watch?v=eZQSVAnW5Yk&t=113m0s
I could swear I've heard that song before on chill nation. It's just a simple number but I would love to find it.
There was an older The Onion Reviews where the critic is trapped in the room and can't escape. He things he's in hell because someone just keeps giving him films to review.
If I have 100 of x and 100 of y. I want to add them together but y can only be 35% of the total of the two.
z-x+y where y=z*.35 and x=100
z=100+(z*.35)
The formula I was told to use is =x*.35/(1-.35) which produces the solution 53.84 which is 35% of the 153.84 but I don't understand how that formula was created. I'm sure this is basic algebra that I've forgotten but I don't understand the mathematical concept.
I understand that dividing by (1-.35) determines that 35 is 65% of 53.64. But how does finding the percentage of a number and dividing it by the opposite of the initial percentage produce the amount required?
