A womans brain
#21
RE: A womans brain
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
#22
RE: A womans brain
ORIGINAL: huntingson
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
#23
RE: A womans brain
ORIGINAL: huntingson
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
#24
RE: A womans brain
ORIGINAL: huntingson
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
#26
RE: A womans brain
Come on fellas didn't you see my 2nd thought? Can't I stay in the club for that one?
I knew I should have kept my nerdom hidden.
Gary, anywhere but in the face. That's my money maker
I knew I should have kept my nerdom hidden.
Gary, anywhere but in the face. That's my money maker
#27
RE: A womans brain
ORIGINAL: huntingson
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
#28
RE: A womans brain
ORIGINAL: huntingson
I also wondered if I make allegations, does that make me an alligator?
I also wondered if I make allegations, does that make me an alligator?
One that's always puzzled me, and maybe one of the ladies on here can answer it: Why the heck is "bra" singularwhile "panties" is plural? Shouldn't it be the other way around?
#30
RE: A womans brain
ORIGINAL: FLboy77
I go hunting to get away from school... not to figure it out!! [:'(]
ORIGINAL: huntingson
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
The most useful thing I ever realized in the stand is that the square of anyinteger is equal to the square of the previous integer plus the sum of the previous integer and the integer of interest. In mathese:
x^2 = (x-1)^2 +x + (x-1) Pretty obvious when you look at it, but you never need another calculator to figure the square of an integer so long as you can remember that 2X2=4.
I also wondered if I make allegations, does that make me an alligator?
Now I can just try to figure things out for fun.