Arlo wrote:And now, please send $50 to the good folks at the Cafe to keep us from showing your hot girlfriend what you said about her mom...
(Just kidding! )
(Maybe... )
In this case... it would be well worth the investment.
Wow, never thought it would be so easy to start a career as a blackmailer! Maybe it's time to give up the fantasy football thing and turn to a life of crime...
Arlo wrote:Wow, never thought it would be so easy to start a career as a blackmailer! Maybe it's time to give up the fantasy football thing and turn to a life of crime...
By my calculations, and according to the tracker on the index page, there are 10238 members. At $50 a head, that works out to $511,900.00. I am ok with this amount. If you knew my girlfriends temper...you would understand.
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
7th grade science
7th? wow I learned that in gr 10. here in canada we dont make our students work too hard.
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
7th grade science
7th? wow I learned that in gr 10. here in canada we dont make our students work too hard.
I learned in 9th. America doesn't have great edjimacashun either. Especially not in Cali.
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
7th grade science
7th? wow I learned that in gr 10. here in canada we dont make our students work too hard.
I think they taught me that in grade 9 or 10, but I didn't actually pay attention until grade 11 bio. I seemed to forget everything when I took grade 13 bio and got a 53
What do you call crossing the alleles, again? Something like a "pungent square"? I dunno, like i said I got a 53 and I'm doing commerce in University...
"This country was built on immigrants. We need them. Without them, who would train our tigers and kick our extra points?"
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
7th grade science
7th? wow I learned that in gr 10. here in canada we dont make our students work too hard.
I learned in 9th. America doesn't have great edjimacashun either. Especially not in Cali.
I live in Southern Cal... Education is pretty good down here.
portisfan24 wrote:hmmm. well Im only in grade 12 and wont be going into any biological fields, but some genes are dominant while others are recessive I think the word is. (there are two genes in every pair) so anyway, Ill use one gene for overall hotness (in reality it would be many genes that contribute). But anyways, say the "hotness" gene is recessive. Her father and mother could both have the hotness gene, but as it is recessive it was overpowered by the ugly factor. So it would look like this... U= ugly (dominant) h= hot (recessive)
Father Mother
Uh Uh
so there are 4 possibilities. because the ugly gene is dominant, any pair with it proves to be ugly. The combinations are UU (Liza Minelli), two Uh's (Kerry Daughters) and the hh (your girlfriend). So, there is a 25 percent chance of her being hot, despite the fact her family is a bunch of ogres. I hope I put this in terms you can understand.
PS- in reality, they use this method to find out probabality of things like colour blindness, heart problems and various diseases.
7th grade science
7th? wow I learned that in gr 10. here in canada we dont make our students work too hard.
I think they taught me that in grade 9 or 10, but I didn't actually pay attention until grade 11 bio. I seemed to forget everything when I took grade 13 bio and got a 53
What do you call crossing the alleles, again? Something like a "pungent square"? I dunno, like i said I got a 53 and I'm doing commerce in University...
I think it was named after some guy, but I cant remember who.
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by Arlo » Thu Oct 28, 2004 4:09 pm 
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