Simple . . .A = B
A2 = AB
A2 - B2 = AB - B2
Factoring yields (A + B)(A - B) = B(A - B)
Dividing both sides by (A - B) yields (A + B) = B
Since A = B, substituting B for A yields B + B = B
Therefore 2B = B
Dividing both sides by B yields 2 = 1
(A2 = AB
A2 - B2 = AB - B2
Factoring yields (A + B)(A - B) = B(A - B)
Dividing both sides by (A - B) yields (A + B) = B
Since A = B, substituting B for A yields B + B = B
Therefore 2B = B
Dividing both sides by B yields 2 = 1
Valin I changed glasses while I wasn't looking,
Sat 25 Jul 2009, 1:09,
archived)
SAVED BY . . .F:":":zzy M;';';';'th . . .
( Valin I changed glasses while I wasn't looking,
Sat 25 Jul 2009, 1:13,
archived)
Handleable . . .^
Valin I changed glasses while I wasn't looking,
Sat 25 Jul 2009, 1:22,
archived)
or[(A+B)(A-B)]/[(A-B)(A+B)]=(AB/BAB)(BABABAAB), then the show tune strikes up and we all come out with peacock feathers in out hats.
(
Jamnog Sardines in her eyebrows, lobsters up and down,
Sat 25 Jul 2009, 1:45,
archived)
Pluckin' good idea !(
Valin I changed glasses while I wasn't looking,
Sat 25 Jul 2009, 1:54,
archived)
