Mathematics is part of the important building blocks of society together with quantitative science, right? I thought about some Mathematics subjects that are commonly used to those that are used by more difficult jobs. Now, let's imagine how 40 x 4 = 1,600 would totally wreck society.
If you've at least studied differential calculus then you do know how to apply basic everyday use of derivatives. A good example is that you have zero units vs. the maximum number of units .vs the number of units that will achieve the greatest yield or profit. In basic physics -- you may want to consider the optimal speed or velocity of a machine vs. the maximum speed or velocity of the machine. Chemists would be using it in the subject of stoichiometry to make sure that they don't blow up the laboratory. But with Leni Loud's math then you can imagine the mayhem. Since I'm no chemist or physicist then I'll talk about profit maximization. A good example would be that the actual number of units to reach the maximum profits is 140 (this is just an assumed figure) out of 250 units. However, Leni Loud's math would say that you need 1,400 units instead of 140. Can you imagine if you had to build 1,150 more units? Well, that would incur much expense than necessary, right?
Now I could imagine how that will affect engineering. Geometry and trigonometry are heavily used in construction. You can imagine the whole stupidity of how a dome got too big because of one additional zero at the end or the hypotenuse gets too huge to fit with the opposite and the adjacent or it would measure less than the other parts of a triangle. Then with the other applications you can imagine how the measurement of waves and structures will be so wrongly estimated. I can't imagine how wrong constructions will be with 4 0 x 4 = 1,600 as the basis!
It's because if there's one rule of math that everybody must know -- the right computation of the four basic operations really matter a lot regardless of which branch you are using!
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