Expected phenotypic ratios are always the same: 3:1.
Expected genotypic ratios are always the same: 1:2:1.
complete dominance
ys
They Are Rarely The Same Because With Predicted Ratios Its Just A Guess But With A Actual Ratio You Have Accurate Answers .
It is possible that two prokaryotic organisms may look alike, phenotypic similarities, but still have major genetic differences, genotypic dissimilarities, that would indicate that they are not closely related. For example if two prokaryotic organisms share 97% of their rRNA gene sequence then they are considered to have the probability of being in the same species. However, even if two prokaryotic organisms share less than 95% of their gene sequence then they will be considered a new species and therefore they would not be related even if 95% of their gene sequences match therefore not sharing close evolutionary relatedness.
Purebred organisms are the organisms in the off springs for many generations which have the same traitA true-breeding organism, sometimes also called a purebred, is an organism that always passes down certain phenotypic traits (i.e. physically expressed traits) to its offspring.
I think this has something to do with "crossing over," but I do not remember the details. All I remember is that the allelle of one chromosome may overlap and switch with the allelle of another chromosome, which results in unexpected ratios of the genotypes and phenotypes of traits represented by genes that would normally be found on the same chromosome.
No. Bones are always changing, but the length usually stays the same all your adult life.
equivalent ratios are different ratios that name the same comparison
No, its the opposite. Compounds have fixed ratios, think of H20, while mixtures can vary. You can make many types of mixtures out of the same things. Because of bonding compounds have fixed ratios.
when a number of ratios give the same answer after solving the ratios the ratios are said to be equivalent ratios
Equivalent ratios.
your answer simular ratios
ratios that r the same
Equivalent Ratios
When they are equivalent ratios.
The offspring produced is dependent on chances. We can figure out the chances of the kind of offspring such a cross will get by using a Punnett square. Unfortunately the WYSIWYG format on this site will not allow for such a square, so we will give the ratio, the genotypic and phenotypic percentages that such a cross will receive. Let R = red, W = white and RW = roan. Roan cow (RW) x White bull (WW) Offspring: 2 RW : 2 WW Genotypic ratio: 50% roan and 50% white Phenotypic ratio: Same as above. Thus, the offspring of a roan cow crossed with a white bull (presumably of the same breed, being Shorthorn), may come out as white or roan. There is a 50% chance that either will occur.
They are equivalent ratios.
They Are Rarely The Same Because With Predicted Ratios Its Just A Guess But With A Actual Ratio You Have Accurate Answers .
Two ratios are equivalent if their simplest forms are the same.