Bad math

[UncleAl]

For your amusement...

 

(pi)^4 + (pi)^5 = e^6

e^[pi(sqrt163)] = (640,320)^3 + 744

 

13^5 + 16^5 = 17^5 + 12

13 + 16 = 17 + 12

 

31, 331, 3331, 33331, 333331, 3333331, 33333331... are primes

n^2 + n + 41

generates primes

 

(3,472,073)^7 + (4,627,011)^7 = (4,710,868)^7

Goodbye Fermat's Last theorem

 

4 - 10 = 9 - 15

Add 25/4 to both sides,

4 - 10 + 25/4 = 9 - 15 + 25/4

Write sides as complete squares,

(2 - 5/2)^2 = (3 - 5/2)^2

Take the square root of both sides

2 - 5/2 = 3 - 5/2,

add 5/2 to both sides

2=3

[lawcat]

But really, f (2) = f (3)

 

I agree: bad math. Funny things happen when you go from linear to quadratic.

[Qfwfq]

But really, f (2) = f (3)

 

I agree: bad math. Funny things happen when you go from linear to quadratic.

Such as the fact that a and -a have the same square. :D

[lawcat]

Such as the fact that a and -a have the same square. :D

 

Yes. Does that not tie to negative and positive Lorentz factor in the antimatter blackhole thread.