A woman generally has a higher voice and a man usually has a courser or scrapy voice.
yes.
Female traits are more dominant because they are more calm in times of pressure as in birth.
Dominant traits.
Dominant traits are more common. For example, brown hair and eyes are good examples of dominant traits. Another example of a dominant trait are your earlobes! Free earlobes are more common than attached earlobes.
Dominant traits tend to be observed more frequently because they only require one copy of the dominant allele to manifest in an individual, unlike recessive traits that require two copies. This means that if a dominant allele is present, it will express itself regardless of the other allele inherited. Additionally, dominant traits can often confer advantages in survival or reproduction, leading to higher frequencies of these traits in a population over time.
Characteristics that are more common than others are dominant. Recessive traits are not expressed when paired with a dominant trait.
The ratio of dominant traits to recessive traits in a given characteristic depends on the specific genetic makeup of the individual. In general, dominant traits are more commonly expressed than recessive traits. However, the ratio can vary depending on the specific traits being considered and the inheritance patterns involved.
a dominant gene.
These traits are called dominant traits. They will overcome the recessive gene and the dominant trait will be expressed. A recessive gene needs two alleles present in its genotype to be expressed.
Dominant traits tend to spread faster in a population than recessive traits because they can manifest in individuals with just one copy of the dominant allele. This allows for a greater chance of expression and transmission to the next generation, as opposed to recessive traits, which require two copies to be expressed. Consequently, dominant traits are more likely to be observed and passed on, leading to their quicker spread in a population.
because men are so lazy!
Traits are passed on to offspring through genes, which are segments of DNA that carry instructions for specific traits. Offspring inherit genes from their parents through the process of reproduction. This genetic information determines the traits an organism will exhibit.