To provide an accurate answer regarding which genotype belongs in the lower right square, I would need more context about the specific genetic cross or Punnett square you are referring to. Typically, the lower right square in a Punnett square represents the combination of alleles from the two parents that fall into that position based on their genotypes. Please provide the genotypes of the parents or any additional details for a precise answer.
A punnet square is a 2x2 grid that is used to show the probability of an offspring showing a certain genotype and phenotype. The genotype is shown by using a letter for the trait. A capital letter is used to represent a dominant allele and a lowercase letter is a recessive. Ie: a heterozygous individual would be shown as having genotype Rr for a trait. If their genotype contains at least one dominant allele, then their phenotype is shown as the dominant trait. If the trait is eye color, R being dominant brown eyes, and r being recessive blue eyes, then the individual with either RR or Rr will have brown eyes. and if they have rr, then they have blue eyes. Now back to the punnet square, The top of the square will have the genotype of one parent, and the side will have another parent. If the father is RR, then each column will have a R over it. If they are Rr, then the first column will have an R and the second will have a r. Likewise, if they are recessive, then the top of the square will have rr. The same is shown on the rows on the side. The genotype goes down the two squares on the side. The genotype probability is found by crossing each allele in the boxes. If one box has R over it, and r to the right, then the box contains Rr. This is used to fill in all four boxes. In the end, If you have {RR, Rr, rr, rr} as your resulting genotypes, then there is a 50% chance that the offspring will have Dominant or recessive phenotype. The genotype ratio is then 1:2:1 and the phenotypic ratio is 2:2.
Organs in the lower right quadrant of the peritoneal cavity include the appendix, part of the cecum, and the right ovary and fallopian tube in females. In males, the lower right quadrant also contains the right ureter.
Lower left is Cinder cone, Upper Left is Subduceted, Upper right is composite volcano, Mid-right is stratovolcano, and lower right is subducted.
The lower right abdominal quadrant is described as being in the right iliac region, which is located in the lower right portion of the abdomen. This area contains important structures such as the appendix, parts of the intestines, and in females, the right ovary and fallopian tube. Pain or discomfort in this quadrant can be indicative of various conditions, including appendicitis or ovarian issues.
No. It is right under the diaphragm on the right side.
White square is on the lower right corner.
The little square in the lower right corner of a cell is called the fill handle.
Microsoft Windows red top left green top right blue lower left yellow lower right
haha. right.
fill handle
fill handle
Perhaps you are thinking of the flag of Panama, which has a white square in the upper left-hand corner with a blue star in the middle, a red square in the upper right-hand corner, a blue square in the lower left-hand corner, and a white square with a red star in the middle in the lower right-hand corner.
A chessboard should be placed between opponents where the lower right-hand square is a 'white' square . (Rook on white.)
The painting by Courbet is on the right in Expressionism. It belongs in the middle at Realism (lower left) (see related question)
reguardless of genetype, that's just not right. Genotypes are not pertinent in a same-sex relationship .
Fill Handle
When you start a chess game, the bottom right corner SHOULD be a light square. If it is dark, you're actually playing on a checker board, so you'll need to rotate the board 90 degrees. Remember the saying in chess: 'white on right, queen on colour.' A checkerboard is the opposite of a chessboard. The lower right hand square is a dark square.