The Goat Problem - Numberphile

approximation because it was easier to calculate, which is what I said before, which was 1.158. - (So it becomes more or less)   (the same as now-) - Oh, it's the same, it's the same. In fact, I'll tell you this: it's really good to have an exact answer; I mean a formula for the first time. This formula is hard to solve though, and if you wanted to solve it, you'd be better off approximating the values ​​anyway. Therefore, it is still calculated using approximations. But hey, we have the first formula for the alpha angle! (Then you would put it in-) - Then you take that alpha and put it directly into the formula that we had with our trigonogram.

So trigonometry is still there as our final step. - (And that... and that's just) (is the length going to change by a billionth of a nanometer?) - I have no idea. Because I don't think it's actually been calculated because it's difficult. (So ​​we know the exact number, but probably no one would bother to calculate it. Couldn't you put that in Wolfram Alpha?) I don't think we can; I think even Wolfram Alpha would have a hard time calculating this answer. -(Why did this mathematician do this? Why) (he spent his time alone because-)-I don't want to speak for him, but I can guess if you want?

I mean, it's an exercise in his methods in mathematics. It's... it's practical. And then, you know, this is not a major

problem

, but it's a way to practice, you know, your tools. And then you can use that practice one day in the future to solve

problem

s that interest you. Well, here's a puzzle: it involves turning a die, using the numbers on the face, and moving it around this board. It's the latest reveal from Jane Street, sponsor of today's episode, and for details, visit her website. There's a nice clear explanation there and you'll also find a wall of fame for people who have already solved the puzzle; maybe your name could be added.

Check out the link on the screen and in the video description. And while you're there, why not check out some of the latest jobs, opportunities and things happening on Jane Street? They have officers in places like New York, Hong Kong and London; A career on Jane Street could be ideal for someone with a puzzle-solving mind like you. - ...each row, column and diagonals, I also want them to include a club, a heart, a spade and a diamond. - It's like a Sudoku. - It's like Sudoku! So try it, it should be the same as a Sudoku.

There is a solution. I'm not trying to out you.