yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

BANNED Sega Ads!!!: Mind Blow 8


2m read
·Nov 10, 2024

Meat flavored water and Japanese robot babies will someday rule the earth.

Vsauce, Kevin here. This is Milo. Hey, it's Mario. This is actually a Nintendo parody found in Sega's Alex Kidd. But Nintendo paid the favor back in Donkey Kong Country 2 by sticking Sonic's shoes next to the garbage can along with, "Hey, whose gun is that, bro?"

V, that guy isn't walking around that cube for no reason. This 3D holographic cube is actually tracking his movement and altering the image in real time. Now, if we could just add this to omnidirectional treadmills, we could start building the holodeck. Now that is truly exceptional.

Some Hadouken x' are controlled by hand, and some hands are hidden in Hadouken. Other hands, though, after playing with your joystick, these risque Sega ads were made for a British comic magazine that clearly had a huge pair.

Oh no, the Japanese robot babies grew up and are ruling the earth! Actually, these girls are wearing LED grills that are pretty weird, but maybe not as weird as the pain station. This is a pong cabinet that will burn, shock, and whip your hand if you mess up.

Oh, and if you remove your hand, you automatically lose. It's featured at the computer game museum in Berlin, Germany. That's a pretty cheesy Charlie Chaplin mask that—whoa, wait, wait, let's see that again.

[Music]

Here's an iPhone gun attachment, and Lifehacker brings us some old-school gaming wallpapers for your phone as well as your desktop, including my favorite. Find the link below to grab one of these.

It begs the question, what wallpaper is currently on your desktop? And I'm going to leave you guys with a riddle. The first person to get the riddle right and explain how they got their answer will be featured at the top of the Sauce's channel page as our genius of the week.

Michael the squirrel is very slow. He's trying to climb the tree and every day climbs three feet, but at night he falls two feet. If the tree is 30 feet high, how many days will it take him to reach the top? Also, his squirrel father has four sons. Their names are 1 Z, 2 Z, and 3 Z. What's the 4th son's name?

Dick, you know it! Leave your answer in the comments below, and as always, thanks for watching!

More Articles

View All
Top 7 Video Game Mods: V-LIST #6
How’s Vau doing? Michael here, and today I’m talking mods. Not console mods, though; this guy who just freaking microwaved his PS3 deserves an honorable mention. Instead, I’m talking about modifications of games. I’m going to start with Grand Theft Auto—n…
KINDNESS: VIRTUE OR VULNERABILITY? | STOICISM INSIGHTS #stoicism #stoicisminsights
Welcome back to Stoicism Insights. Today, we’re diving into a topic that’s close to many hearts: kindness. But hold on to your seats, because we’re about to uncover a side of kindness you’ve never seen before. Get ready to learn how to navigate the world …
Vector fields, introduction | Multivariable calculus | Khan Academy
Hello everyone! So, in this video, I’m going to introduce Vector Fields. Now, these are concepts that come up all the time in multivariable calculus, and that’s probably because they come up all the time in physics. You know, it comes up with fluid flow,…
Explained: 5 Fun Physics Phenomena
In my last video, I showed you five fun physics phenomena and asked you how they work. You responded with thousands of comments and some video responses. Well, here are my explanations. Let’s start with the cereal because it seems the simplest, but it tu…
Using matrices to transform a 4D vector | Matrices | Precalculus | Khan Academy
We’ve already thought a lot about two by two transformation matrices as being able to map any point in the coordinate plane to any other point or any two-dimensional vector to any other two-dimensional vector. What we’re going to do in this video is gener…
Quadratic systems: a line and a parabola | Equations | Algebra 2 | Khan Academy
We’re told the parabola given by ( y = 3x^2 - 6x + 1 ) and the line given by ( y - x + 1 = 0 ) are graphed. So you can see the parabola here in red and we can see the line here in blue. The first thing they ask us is, one intersection point is clearly id…