Does your eye colour influence how you see?
It turns out that it does. The darker the eyes, the more light is absorbed as light waves pass through the eye, and the less light is available to reflect within the eye. Light reflection (scatter) within the eye can cause susceptibility to glare (eg. sun or headlights) and to poor contrast discernment. Thus it seems that people with darker eyes may have better vision in high-glare situations - perhaps this makes them better night drivers, for example.
Eye colour may also affect your colour vision. Here it seems that lighter eyes may provide some advantages.
So it seems to me that blue-eyed people should really go for dark-eyed partners - this way one can pick the paint colours, and the other can drive home at night.
By Sandra Prather
References
Coppens JE, Franssen L, van den Berg TJ (2006) Wavelength dependence of intraocular straylight Exp. Eye Res.82(4):688-92
Coren S, Porac C (197 Iris pigmentation and visual-geometric illusions Perception 7(4):473-7.
Dain SJ, Cassimaty VT, Psarakis DT (2004) Differences in FM100-Hue test performance related to iris colour may be due to pupil size as well as presumed amounts of macular pigmentation Clin. Exp. Optom. 87(4-5):322-5.
IJspeert JK, de Waard PW, van den Berg TJ, de Jong PT (1990) The intraocular straylight function in 129 healthy volunteers; dependence on angle, age and pigmentation Vision Res.30(5):699-707.
k after like the first sentence of this answer i just got lost!!!
it means you've done better than earning a blue ribbon
The scientific name for blue fire is "Cherenkov radiation." It is a type of electromagnetic radiation emitted when a charged particle, such as an electron, travels through a medium at a speed greater than the speed of light in that medium.
Yes, which is how bees can navigate (using the sun as a reference) even on a cloudy day, because ultraviolet light passes through clouds. Just as we see the sun in a blue sky background on a clear day, the bee sees the sun in an ultraviolet sky background on even a cloudy day. The underlying reason that the sky appears ultraviolet to a bee (and blue to us) is that something happens to the sun's rays when they hit charged particles. These charged particles are in the ionosphere and in Nitrogen and Oxygen "dipoles" in the atmosphere. The sun's radiation will cause the charged particle to vibrate, and when the charged particle vibrates it re-radiates energy. If you work out the mathematics (physics) of this re-radiation, it turns out that the energy is re-radiated in proportion to the fourth power of the frequency (as discovered by Raleigh in the 1800's and worked out with a more accurate distribution formula by Einstein early in the 20th century). For humans, who have eyes that have blue, yellow and red sensors, the fourth power formula means that blue from the sky is ten times stronger than red, so the sky looks blue. Similarly, for bees (and other insects), the highest frequency sensors in their eyes detect ultraviolet), and so the sky appears ultraviolet to them. Sources: Karl von Frisch on Bees (e.g. in Answers.com); basic courses on electrodynamics and magnetism (or Google "Why is the sky blue").
The tendency to remember information at the beginning of a body of information better than information that follows is known as the primacy effect. This effect occurs because items at the beginning are given more attention and are more likely to be transferred to long-term memory.
The relational model offers better data organization through its structured tables with defined relationships between them, facilitating data consistency and integrity. It also allows for more efficient querying and retrieval of data using SQL, compared to the sequential file access in traditional file processing systems. Additionally, the relational model supports normalization to reduce data redundancy and improve data maintenance.
No.
Because blue is better than brown
No, brown eyes are more dominant than blue eyes genetically. Brown eye color is a dominant trait, while blue eye color is a recessive trait. This means that if a person has one gene for blue eyes and one gene for brown eyes, the brown eye gene will be expressed.
Brown color of eye is dominant over blue color. If the mother is homozygous for brown color of eye, than the all the children will have brown color eyes. If mother is heterozygous for brown eyes, than 50% of children will have brown eyes and 50% will have blue eyes.
His eyes are hazel, but more green than brown.
You have a better chance of brown, because brown is dominant. If one of your girfriend's parents have blue eyes you have a The your girlfriend is a carrier of the recessive blue eyes gene and there is a 50% chance that your child will have blue eyes. If neither of her parents had blue eyes but one of their parents had blue eyes there is a 25% chance your child will have blue eyes. But statistics do not generally apply perfectly to real life, because life is fairly random. So it's better to say your chances SHOULD be 50% of having a child with blue eyes if one of your girlfriends parents have blue eyes, and your chances SHOULD be 25% etc.....
Brown eyes are more prevalent among Caucasians than blue eyes. Across all ethnicities, brown eyes are the most common eye color.
auburn hair and green eyes is more rare than brown hair with blue eyes
Brown eyes, like any color eyes, can be beautiful, but they may not be. It is said that "eyes are the windows to the soul." If this is true, the person's soul has a lot more to do with how beautiful the eyes are than the color of the eyes.
No.
Yes, it is more uncommon than a brown person with dark eyes, but it is quite possible.
the baby will most likely have brown hair and blue eyes because brown hair is the dominate hair color gene over red hair and blue eyes are more dominate of a gene than green eyes