## Equation:

**(196x² + y² - 1) × (196y² + x² - 1)**

**× (49x² + 98x + y² + y + 49)**

**× (49x² + 98x + y² - y + 49)**

**× (49y² - 98y + x² + x + 49)**

**× (49y² - 98y + x² - x + 49)**

**= 100000000**

Note:

The swastika here is an ancient Buddhist symbol, not the Nazi one.

It means good luck, auspiciousness, well-being, and prosperity.

The pronunciation of the character 卍 (wàn) in Chinese is the same

as that of the character 萬 or 万 (means 10,000 or ten thousand).

Rewrite the above equation as

we see that it is really an equation for good luck.

(It uses the lucky number 7 to produce good luck!)

The swastika here is an ancient Buddhist symbol, not the Nazi one.

It means good luck, auspiciousness, well-being, and prosperity.

The pronunciation of the character 卍 (wàn) in Chinese is the same

as that of the character 萬 or 万 (means 10,000 or ten thousand).

Rewrite the above equation as

**[4(7x)² + y² - 1] × [4(7y)² + x² - 1]**

**× [(7x)² + 2(7²x) + y² + y + 7²] × [(7x)² + 2(7²x) + y² - y + 7²]**

**× [(7x)² - 2(7²y) + x² + x + 7²] × [(7x)² - 2(7²y) + x² - x + 7²]**

**= 10000²,**

(It uses the lucky number 7 to produce good luck!)

Interesting how just a shape can be creepy. Very interesting equation, though. Got playing with it on desmos... https://www.desmos.com/calculator/de80e9t90j

ReplyDeleteI found a swastica that is really really simple: y^{10^4}-x^{10^4}=xy

ReplyDeletewell, it works with x^50 - y^50 = xy as well, even though its not as accurate, but it works with ^100,^10 and if u have some imagination even with ^4

Deleteyou need to swap the x and y around to actually get a swastica

Deletedikke merci

DeleteThat's a racist version of swastika tho. Left-facing, depicted here, is a politically correct version.

DeleteWell it works well even with (x^20)-(y^20)=xy OR (y^20)-(x^20)=xy

ReplyDeletedikke merci

ReplyDeletewhy i get syntax error when i do Y^20 ? but for x^20 it work

ReplyDelete