4 x 25 = 100
So 4 x 3 = 12
Answer: 12%
12 / 100
yes, people with brown eyes can carry the blue eye gene, so two brown-or-green-eyed people who both carry the blue eye gene have a 25% chance chance of a blue eyed child (with each birth).
In most cells (viruses are an exception) DNA codes for protein and mRNA. Some viruses contain RNA which in turn codes for DNA and proteins, although I do not think they would be called units of heredity.
Expressed as a percentage, 23/25 x 100 = 92 percent.
Yes it is possible, lets say the the letter "E/e" stands for the trait of eye color. Green eyes are dominant so they are the letter E and blue eyes are recessive so they are the letter e. If a heterozygous male (Ee) and a heterozygous female (Ee) mate then they each pass down one "letter" or trait. If they both pass down the recessive e then their child will have blue eyes. However there is only a 25% chance of this happening.
If red eyes are dominant, then 75% will have red eyes and 25% will have white eyes. The genetic breakdown is: 25% will be RR (homozygous red eyes), 50% will be Rr (heterozygous red eyes) and 25% will be rr (homozygous white eyes).
Yes 25% chance
75% green, 25% blue eyes. Blue is recessive.
yes, people with brown eyes can carry the blue eye gene, so two brown-or-green-eyed people who both carry the blue eye gene have a 25% chance chance of a blue eyed child (with each birth).
25%
20-25%
Approx. 25 %.
The reason many Spaniards have blue eyes and light skin is because some Spanish people are of European decent which means they are considered part of the "white race".
25 in percentage = 2500%25 * 100% = 2500%
percentage 0.25 = 25%0.25 * 100% = 25%
Right now Guatemala has a the highest percentage of Protestant with about 25%.
25%
25 as percentage = 2500%25= 25 * 100%= 2500%