Dominant Recessive
Cc's do not relate to horsepower. Cubic centimetres (cc) is the measure of size of the engine. Horsepower is related to the engines type and tuning.
Close-circuit.
closed circuit camera Closed Circuit Camera is the full form of cc camera.
well i can tell your not that good with motors but its 170 mph It depends on what it is mounted on. No boat would do that speed with a 250 cc engine.
I'm guessing this is genetics question. If you cross your right thumb on to of the left, then you are homozygous recessive for this trait, i.e. both of your thumb crossing genes are of the recessive type. An uppercase C is used to designate a dominant gene and lowercase c for a recessive. Thus, both CC and Cc individuals still fold their left thumbs over the right, only cc individuals fold right over left.
50% of the offspring will have the recessive genotype (cc) for hair color when one parent is Cc and the other parent is cc. This is because all their children will inherit one "c" allele from the parent with cc genotype.
Not necessarily. CC can be a homozygous genotype if both alleles are the same (for example, CC for a particular gene). However, CC can also represent a heterozygous genotype if it stands for two different alleles in a diploid organism (for example, Cc).
CC
Cc
50% of the rabbits will be cc and 50% of the rabbits will be Cc. The punnet square is simple because one rabbit is homozygous recessive and the other is heterozygous. The genotype is then defined by the heterozygous (Cc) rabbit.
Homozygous = identical allelesHeterozygous = different allelesEven though the genotype has two of the same letter, the difference in capitalization signifies they are different.Thus, Cc is heterozygous
The genotype of a person with CF is cc. The genotype of a carrier of a CF mutation is Cc.
Making babies
A genotype heterozygous for a gene means having two different alleles for that gene. In the case of the gene for the trait "C", a heterozygous genotype would be "Cc", with one allele coding for the trait and the other not coding for the trait.
When the term "cc" is used for implants, this is a term used to describe the amount of liquid going into the breast implant. This determines the size of the breasts after surgery.
The cross between parents with genotypes Cc and cc would result in 50% of the offspring having the dominant allele (Cc) and 50% having the recessive allele (cc) for the cleft chin trait. This is because the parent with genotype Cc can pass on either the dominant or recessive allele, while the parent with genotype cc can only pass on the recessive allele.
A. homozygous at two loci (AA & cc).