Allele frequency

I snap my fingers and the air around me shifts then vibrates. When the air vibrates, it creates a sound wave. Our ears pick up this wave and translates it so we can understand and comprehend what amazing intangible creation is before us. A middle C key is pushed on a piano, the hammer hits the tuned wire, the wire vibrates and creates the sound humans recognize as a simple C. As time has passed, humans have progressed from single note instruments, to handwriting sheet music for orchestras, to…

This artifact is primary based on sample rates and to see the effects of sample rates by using Sinusoidal waves. Sinusoidal waves can be represented using frequency and period. The Frequency of a Sinusoidal wave is the number of complete cycles that happen in a particular period of time or in a given sample. The Period in terms of Sinusoidal waves, is the time it takes to perform one complete cycle. The Sinusoidal wave is a series of identical cycles happening repeatedly. The sample rate is the…

that High Frequency has more energy than low frequency. Explanation: For this hypothesis, we found that our calculations were wrong and we tested this by using the electromagnetic spectrum: radio wave, microwave, radiation, infrared, visible light, ultraviolet, X-rays and gamma rays. We went outside and made a simulation by walking and each group was one of the spectrums and we looked at how many more laps one group did than the other and we found that radio waves have the lowest frequency and…

transmit while receiving radio frequency in the conventional form. Communications in this situation are firmly bound by the air boundary such that the same frequency is needed and the consequent transmissions are analog to analog or digital to digital but not digital to analog. Level Three is categorically referred to as Manual Aid. Channels under mutual aid provide first responder operability radios as well as interoperability between radios that fall within the same frequency band. For…

characteristics are a result of inherited factors, known as genes1. Genes are units of heredity on a chromosome that bring about our existence and create diversity. This diversity arises from the fact that there are different forms of genes known as alleles. All the alleles of an organism are referred to as that organism’s genotype and results in an organism’s phenotype, or physical appearance (ie. Widow’s peaks are a human phenotype that results from the genotype ww)2. To study inheritance of…

Introduction Drosophila melanogaster can be considered model organisms for the study of genetics. Some characteristics that contribute to this status are their quick lifecycles, large amount of offspring, and the presence of only four chromosomes. Drosophila melanogaster contain bristles on the thorax, head, legs, and abdomen. These bristles are used as a sensory mechanism, allowing fruit flies to detect their surroundings as they fly and walk around their environment (Yehuda, 2011). The rate…

3. Results Considering the morphological characteristics of the ecotypes, the cladode shape was elliptic or ovate, the number of spines varied among three classes (many, intermediate or few), the flowers had two types of petal color (scarlet or yellow), the fruit was elliptic or ovoid and the pulp color was white, pale yellow or orange (Table 2). The OFI populations studied showed statistically significant differences for DM of the fruits, F (17, 34.24) = 31.61, p < 0.05, which varied…

Drosophila melanogaster is also known as the fruit fly. It “has played a central role in developmental biology during the twentieth century”. The fruit fly is considered a model organism for many reasons. Drosophila is low maintenance creatures that are easy to care for. Since they are such a small size, scientists are able to control numerous amounts of the Drosophila melanogaster at any given time. Drosophila reproduces many offspring and the offspring are created in a very fast fourteen-day…

of Independent Assortment. To begin, the first law of inheritance is the Law of Dominance. This law states that genes come in pairs and are inherited in different units called alleles. In a situation with one dominant allele and one recessive allele, the dominant trait will show as it is a carrier and the recessive allele is still there, but not showing. My paternal grandfather was homozygous dominant and my grandmother is homozygous recessive so my father ended up being heterozygous…

ave you ever wonder how we our genes tells how we look, talk, what race we are this is all based on Genetics. In this essay we are going to talk about how Heritable/genetic trait, Dominant vs recessive genes, and mutation affects us and how it affects people with these genes. Without genes we will all look the same so rather i think that genes aren’t important they are very important. Heritable/Genetic traits are very important to us because these are the genes that we get from our parents. A…