Mathematics is understandably a complicated topic to get used to. Most of us are simply not wired to do anything with a large number of numbers, even though we are intuitively mathematical beings. We add, subtract, multiply and constantly create more complex equations in our minds. However, it is a problem if it results in complicated symbols and foreign words like "derivatives" once they have been translated on paper.
See Also: 10 Simple But Costly Mathematical Errors In History
While some mathematicians would simplify these complex equations for the layperson, there are those who do the opposite ̵
From the mythical “Beer Goggles” effect to the dripping teapot: Here are 10 simple things that have made math unnecessarily complicated for scientists.
8 The "Beer Goggles" Effect
We have always suspected that more alcohol makes other people more attractive to you. In fact, many of us depend on it. There have never been any studies to confirm this, although most of us have always believed this to be the case from anecdotal experience.
However, some researchers at St. Andrews University and Glasgow University in Scotland were not satisfied with this. They searched for the ultimate formula on how alcohol affects attractiveness and set up a study.
As they found, the formula consists of symbols that we honestly cannot understand even with educational background. As far as we can tell, it depends on a number of factors, how brightly lit the area is, how much smoke is in the air, how many glasses you had, etc. Then it calculates a “beer glasses” factor from 1 to 100 , where at 1 you find everyone as attractive as sober and at 100 everyone in the room is in top mating condition.
7 The physics of dipping biscuits
Biscuits may be the British equivalent of biscuits, but they play a more important role in British culture than their American counterparts. Tea and cookies are one of the UK's most popular dishes, especially in the more boring parts of a typical British day. For this reason, all British people know the classic method of dipping biscuits with tea. Most of them are good at dipping their cookies, but few are serious.
Take this one British scientist who wanted to perfect the science of dipping biscuits. He did a thorough study of all the factors that affect a biscuit's dunking ability, and it took years to finish.
Many of his findings were surprising – if completely unnecessary and unanswered – like the fact that a ginger nut cookie should be immersed for 3 seconds, while a digestive cookie could be immersed for up to 8 seconds.
6 How to Hold a Hamburger
Although we have been around hamburgers for so long, most of us can eat them poorly without causing clutter. There's really nothing we can do to change that without fundamentally changing what makes it so good. Besides, most people don't care.
However, some researchers who appeared on a Japanese TV show claimed that they had found the perfect way to hold a hamburger without spilling anything. They came to this result even after months of complex calculations and research, which suggests that they were serious.
The best thing to do is hold a hamburger with your thumb and little fingers on one side and all other fingers on the other. It can even work if you keep the angles right. However, this is the case if you want to bring math into your food.
5 Preventing Teapots from Dripping Down
Tea is quickly becoming a healthier and more organic alternative to caffeine around the world. If you've ever dealt with it, you know that it also harbors one of the strangest secrets in the culinary world. How to prevent a teapot from dripping on the side when serving It happens very often and is admittedly a problem, although we still succeed because tea is really quite healthy.
This cannot be said for the team of fluid dynamics experts who decided to do some math. In a relentless effort to stop the teapot water dripping once and for all, they conducted a detailed investigation of the matter. What they found won't shock anyone and, frankly, wasn't a big deal at all.
They found that the real problem is a phenomenon called the "water capillary effect" that causes the tea to spill, no matter what you do. There are several ways to reduce the amount, e.g. B. Add butter to the spout, use a teapot made of thinner material or choose a teapot with a thinner lip.
4 Can Spider-Man exist scientifically?  As an occasional party conversation, it is interesting to discuss whether superheroes could theoretically exist in real life. It's easier to respond to superheroes with supernatural abilities than superheroes without abilities. It gets complicated for everyone in the middle. While we understand the importance of speaking about it, most of us would not think about it.
However, some researchers wanted to pursue the argument further. They took Spider-Man's ability to stick to walls and tried to find out if they could actually be replicated in real life. As they found out, this is a skill that humanity will never have.
According to physics, geckos are apparently the largest animals that could physically climb a wall. It has to do with the mechanics of how we interact with the wall. To scale it perfectly like Spider-Man, our shoe size would either have to be US 114 or 80% of the front of the body would have to stick to the surface. Since none of these options seem desirable – or even possible – they conclusively prove that no amount of scientific progress or evolutionary mutations could ever make us scale walls like geckos.
3 Who is the real Antichrist?
The true identity of the Antichrist is a rather theological question. It can even be a philosophical one, although it is definitely not a mathematical one. We cannot imagine using mathematics to prove that a real person is actually the Antichrist. For one thing, the Antichrist is (probably) not a real figure. More importantly, any antichrist who is so easy to find is not a good antichrist at all.
These fundamental problems have not prevented an American author named Robert W. Faid from doing so. For years he tried to find a mathematical connection between the antichrist and Mikhail Gorbachev – even winning over other students and researchers to the project. Yes, the former Soviet prime minister. After meticulous research with higher statistical and probable values, he also seemed to have found them, which he finally published in a book. According to his research, the probability that Mikhail Gorbachev was the Antichrist was 710,609,175,188,282,000 to 1
2 How much saliva does a child produce?
Asking someone an estimate of how much saliva they produce each day can be a strange question. Aside from being too personal, it doesn't help with any kind of statistics either. Calculating saliva production can be used in some medical niche areas, although you wouldn't bother to look for something in your daily life.
A team of scientists from the University of Hokkaido, Japan, decided not only to calculate this, but to limit the subject to only five-year-old children. They used a lot of calculations and general math and came to the conclusion that an average five-year-old produces about 500 ml of saliva daily.
1 Where can we go on the water?
Walking on the water has fascinated mankind since the concept was first introduced in a bestseller about two millennia ago. We won't lie, we thought we could do it every now and then, even though our physical laws just don't allow it at the moment. It's crap, though most of us probably wouldn't lose sleep.
This does not apply to this research team from Italy, which has come together to carry out the first detailed studies on the conditions for walking on water. They compared the structure of the human body with other animals and checked whether the human body was built to walk on water at all.
Unfortunately, as they found out, there is no way we can ever walk water on earth. However, we can walk on the moon on the water when there is water on the moon, and we were ready to go all the way to the moon just to walk on the water.