Let 'C' denote the dominant trait of eye-crossing and 'c' denote the recessive trait of not being able to cross the eyes. The genotype of the father is heterozygous dominant for the trait of eye-crossing. This is denoted by 'Cc'. The mother is homozygous recessive for the trait of eye-crossing, denoted by 'cc'. The mating between the two will result in following genotypes: two of 'Cc' and two of 'cc'. Therefore the probability that the child will be able to cross his or her eyes is 0.5 or 50%.
Sedimentary rock is the answer <span />
Answer:
The offspring plant must have genotype Rr for flower color (pink flowers) and Ww for seed shape (wrinkled). In fact we know more: we know the R and W came from one parent, so are on the same chromosome, and also the r and w on the other chromosome, from the other parent. We write this RW/rw.
Explanation:
When the genotype of a carnation is heterozygous for the trait (Rr), the result is a pink color that comes from the incomplete dominance of the alleles. In codominance there are two or more dominant alleles.
<h3><u>Expansion of energy in active transport:</u></h3>
- Active transport is a transport process that involves movement of molecules between regions through a membrane against the concentration gradient.
- It is homeostatic process which means it’s a biological process in which functions of the body are regulated to achieve internal balance.
- Active transport uses metabolic energy ATP to transport molecules across a membrane.
- Generally, metal ions are transported across cell membrane by active transport.
- Metal ions are transported with the help of ion pumps and are distributed through the body.
Sunlight Water and good soil
