No it won't. This is a myth, similar to "if you pull a face it will stick." However, that is not to say that you should constantly walk around crossed eyed. It may eventually lead to further problems.. so keep it for your mates only ;-).
Well it is possible technically. It will cause eye pain, then damage. Which could make your eyes unable to move, but no. As the person above stated :3
Yes, actually she can! :) After a meet and greet, she crossed her eyes for me!
virtually impossible but some illnesses will cause your eyes to become crossed temporarily, but unlike common myth it is impossible to get it permanently from just doing it on purpose.
when he was five years old, his big brother shot next to him, and since that happened, he has had crossed eyes
50%
Yes just like humans dog's eyes can be crossed. I'm pretty sure of this bcuz my one of my aunts dog's eyes r crossed cuz she has som medical problems
I don't know what your scientific terms mean, but I can tell you that I am a blue eyed female (my father was brown eyed/my mother had hazel eyes). The father of my two children is brown eyed. Both of my children have blue eyes.
In this instance, the gene that expresses the red eyes was dominant and the white eye gene was recessive, so then the f2 generation had no expression of the white eyes..
Red eyed (Wild) is dominant over the recessive mutated white eye trait.White eyes is a sex-linked trait. If you cross a white eyed male with a homozygous (wild) red eyed female, all the females will be red eyed carriers and the males will be red eyed also.
>.< Yes it happened to me, but not forever, after it happened, it became a challenge to put my eyes normal. So I went to the hospital and asked him to help me. So he told me to put my eyes normal for a second, so I did, and while they were normal he slapped my back and they went normal again.
you have a 1:3 chance of the offspring having white eyes
I guess it would either be a smiley with one eye a star and one a dot or a smiley with eyes shaped like pointy dots!
Plato users, Heterozygous (Rr), red.