This depends on the genetics of the parents.
Simple blood group genetics lends itself to this concept.
If both parents are AA then all children will be AA
The most common blood groups are A, B and O
Types A and B are dominant over type O blood.
Types A and B combined produce an intermediate AB blood type.
If the parents are heterozygous AO and BO respectively their children could be phenotypically A, B, AB or O (genotypes would be AO, BO, AB or OO).
AA AO parents only A type children
AO AO 3/4 A type, 1/4 O type
BB BO parents only B type children
OO parents only O type children
AA and BB parents all children would be AB
AO and BB parents children AB or B only
AA and BO parents children AB or A only
AB and AB parents children AB AA or BB
Two different alleles for the same trait are heterozygous. No, Its homozygous. This answer is incorrect as homo = same.
I believe the chances of having the same birthday as one of your parents is: 1 out of 183 and the chances of having the same birthday as both parents is: 1 out of 133,225
Heterozygous
homozygous
Having both alleles for a trait being the same in an organism's genetic makeup is significant because it results in the organism displaying a specific trait or characteristic. This is known as homozygosity, and it can lead to the expression of either a dominant or recessive trait, depending on the specific alleles involved. Homozygosity can also increase the likelihood of passing on the same trait to offspring.
Having the same genes for a specific trait means that individuals possess identical copies of the gene responsible for that trait. This may result in similar physical characteristics or behaviors. It can be influenced by both genetic inheritance from parents and environmental factors.
homozygous
homozygous or 2 dominant or 2 recessive.
Having two similar alleles for a trait is called being homozygous. It is possible to be homozygous for a dominant or recessive trait.
Having two copies of the same allele for a trait is termed homozygous, while having two different alleles for a trait is heterozygous. Homozygous individuals will display the trait determined by that allele, while heterozygous individuals may express either allele's trait, depending on dominance relationships.
There is no particular relationship between organisms that have identical alleles for a particular trait.
Homozygous.