False. A combination af alleles is called a gene.
The genotype is the type of gene (I.e blue eyes rather than brown eyes)
No, it is not false. It's a true statement. Combinations of alleles are known as a genotype.
A combination of alleles that codes for say, hair color, is a genotype. The physically observable trait of hair color, is called the phenotype.
True
If you mean all the alleles in one cell, then yes, that's a genotype.
The genotype that has two different alleles is heterozygous
Genetic makeup formed from both inherited alleles together is called a genotype. Homozygous alleles would be a pair of identical alleles for a single trait. Heterozygous is different alleles for a single trait.
A. Because it goes like this: Phenotype = Genotype + developement.
A genotype consisting of two different alleles is a heterozygote.
Yes, but it's spelled genotype.
If you mean all the alleles in one cell, then yes, that's a genotype.
Genotype is the set of all genes present in the nucleus of a somatic cell. Alleles are segments of DNA containing multiple genes
The heterozygous genotype
If the gene for a trait has two alleles, one dominant (D) and one recessive (d) there are three possible combinations in the genotype: DD (homozygous dominant) Dd (heterozygous) dd (homozygous recessive)
The genotype that has two different alleles is heterozygous
A heterozygous genotype includes two different alleles.
genotype
new combinations of alleles
The genes an organism contains is called the organism's genotype.
Genetic makeup formed from both inherited alleles together is called a genotype. Homozygous alleles would be a pair of identical alleles for a single trait. Heterozygous is different alleles for a single trait.
Yes you can accurately determine an organisms genotype by observing it's phenotype, however some phenotypic traits resulting from homozygous or heterozygous combinations of alleles, may make the prediction impossible.