A widowâ??s peak, or widowerâ??s peak for men, is a distinctive hairline that features a v-shaped point of hair growth on the forehead. The term is surrounded in superstition. One explanation of the term â??widowâ??s peakâ?? is from the early 1800s. It was believed that a person who had this type of hairline would outlive their spouse. The belief possibly came to be due to the aging process and receding hairline that can come with age.
Cause candace is wiser than mike
Yes to the first one, no to the second one. Firstly, widow's peak is caused by a dominant gene while a straight hairline is caused by a recessive gene. Let 'H' be dominant and 'h' be recessive. So for a dominant gene, the trait still will be expressed whether the genotype of the person is homozygous dominant(HH) or heterozygous(Hh). For a recessive gene however, the trait will only be expressed when the genotype of the person is homozygous recessive (hh). So two people with a widow's peak CAN have a child with a stright hairline, provided both of their genotypes are Hh. This is because by crossing their genotypes, they can have a possibility of having child with the genotype HH(widow's peak), Hh(widow's peak), and also hh(straight hairline). The ratio of these three possibilities however, are 1:2:1. So the odds of having a child with a straight hairline in this case is 1:3. If the two people who have widow's peak have the genotype HH or one of them HH and the other Hh, then the possibility of having a child with a straight hairline is 0. This is because by crossing their genotypes together, the genotype of the child will either be HH for the first case, and HH or Hh for the second case. For two people who have a straight hairline, the genotype of both will definitely be homozygous recessive (hh), thus child will definitely have the recessive gene. Therefore, it is not possible for two people with straight hairline to have a child with widow's peak.
The peak wavelength, is connected to the temperature of the objects. we have short peak wavelength when the temperature is high.
Wavelength
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piv:the maximum value of reverse voltage across a diode that occurs at the peak of the input cycle when the diode is reversed-biased.
A widow's peak is a dominant trait, so even if a person has both the widow's peak and the straight hairline trait, only the widow's peak will be visibly apparent.
Widow's peak is a V-shaped point in the middle of the hairline (above the forehead) ((:
50% of their children are expected to have a widow's peak. When a heterozygous male (Ww) with a widow's peak gene marries a female with a straight hairline (ww), their offspring have a 50% chance of inheriting the widow's peak gene from the father.
The Phenotype would be a straight hairline. The genotype would be aa.
No, a widows peak is when the front of your hair is in a V shape, receding hairlines create "widow's peak"
A Widow's Peak is a style of hair, where the hairline recedes at the temples, as depicted by Bela Lugosi's Dracula. It has no bearing on, or relation to, Wiccan beliefs.
Yes to the first one, no to the second one. Firstly, widow's peak is caused by a dominant gene while a straight hairline is caused by a recessive gene. Let 'H' be dominant and 'h' be recessive. So for a dominant gene, the trait still will be expressed whether the genotype of the person is homozygous dominant(HH) or heterozygous(Hh). For a recessive gene however, the trait will only be expressed when the genotype of the person is homozygous recessive (hh). So two people with a widow's peak CAN have a child with a stright hairline, provided both of their genotypes are Hh. This is because by crossing their genotypes, they can have a possibility of having child with the genotype HH(widow's peak), Hh(widow's peak), and also hh(straight hairline). The ratio of these three possibilities however, are 1:2:1. So the odds of having a child with a straight hairline in this case is 1:3. If the two people who have widow's peak have the genotype HH or one of them HH and the other Hh, then the possibility of having a child with a straight hairline is 0. This is because by crossing their genotypes together, the genotype of the child will either be HH for the first case, and HH or Hh for the second case. For two people who have a straight hairline, the genotype of both will definitely be homozygous recessive (hh), thus child will definitely have the recessive gene. Therefore, it is not possible for two people with straight hairline to have a child with widow's peak.
None. Since it is dominant, both would have to show it to pass in on. If both show it and both have the recessive (straight), the child would have a 3:1 chance of showing it.
I'm not sure. But widows peak is the little v-shaped hair part coming down on someone hairline. Although not everyone has one I'm pretty sure you mean a widow's peak, which is a dominant gene that gives you a peak of hair on your hairline on your forehead. It sometimes gives a slightly vampirish look to people. It also can be exaggerated by hair loss.
What you are referring to is a "widow's walk", a place where one could watch for the return of a ship. A widow's peak is a hair term...the hairline descends to a point near the center of your forehead.
People with Widow's Peaks aren't different in any way except that their hairline is different
The "cheek" rhymes with "weak." A person who has a "Widow's Peak" (V-shaped point in the hairline in the center of the forehead) also has something that rhymes with "weak."