Yes. Remember that a heterozygote can produce two types of gametes. In this case, the unknown would produce gametes with the dominant allele A or the recessive allele a. The homozygous recessive would still only produce one kind gamete, with the recessive a allele. Therefore, we expect to see only two genotypes in the F1, Aa and aa, in equal proportions.
A genotype is the actual genetic coding for an organism A phenotype is the physical appearance For example, let's say BB or Bb is the coding for black hair. BB/Bb is the genotype, and the black hair is the phenotype
Bones require large amounts of calcium and phosphorus. Also Vitamin D is important for bone development.
This is known as heterochromia - and is caused by differing amounts of a pigment called melanin. This can have a genetic cause or be the result of disease or illness. When the irises are two different colours, this is complete heterochromia.
It depends on the organism. Different organisms have different relative amounts of nitrogenous bases. The only thing we can say for sure is that the amount of thymine in a given organism's genome will be just about the same as the amount of adenine.
There are 6 basic characteristics of a living organism: Movement, reproduction, sensitivity, growth, respiration, excretion, and nutrition. You'll have to find out for yourself whether or not they describe a living organism...... You have to move if you are alive, no matter what speed or quantity You have to reproduce in order for your species to survive You have to have certain amounts of sensitivity to different things. You have to grow because you might not be fully formed when you were born or created A spontaneous generation is a life form that appeared or created itself out of inanimate matter (basically an alive thing popping up out of microscopic stuff)
A genotype is the actual genetic coding for an organism A phenotype is the physical appearance For example, let's say BB or Bb is the coding for black hair. BB/Bb is the genotype, and the black hair is the phenotype
Animals have high amounts of glycogen
Like most features, hair colour is caused by a combination of your genes and your environment.The genes involved in determining hair colour have not yet been fully worked out. We know that natural hair colour depends on the amounts of two substances in the hair: eumelanin and pheomelanin.Blondes have a small amount of eumelanin; brown haired people have a higher level and black haired people have the most.Pheomelanin determines how red your hair is: the more pheomelanin, the redder it is.The amounts of these pigments depend on the genes you inherit from your parents, but they can also be changed by your environment eg if you spend a long time in the sun, your hair will bleach.
an essential nutrient, as a trace mineral or vitamin, that is required by an organism in minute amounts.
This would be cortisol, which is released in increased amounts when an organism is under sustained stress.
Cockroaches can withstand unbelievable amounts of radiation.
This would be cortisol, which is released in increased amounts when an organism is under sustained stress.
Bones require large amounts of calcium and phosphorus. Also Vitamin D is important for bone development.
Gluconeogenesis occurs when an organism consumes abnormally high amounts of carbohydrates and fatty acids
This is known as heterochromia - and is caused by differing amounts of a pigment called melanin. This can have a genetic cause or be the result of disease or illness. When the irises are two different colours, this is complete heterochromia.
Carbon Dioxide makes up roughly 96.5% of Venus' atmosphere. Nitrogen makes up another 3.5%, leaving trace amounts of other gases.
The physical (structural) support of arthropods is provided by their exoskeleton, which is a defining characteristic of the Arthropoda phylum. The exoskeleton has significant amounts of a tough protein, chitin.