From Potter's Field

apart to mimic natural grass, but they contained sand that spread between the fibers. This created firmness and stability for the players. Although, it was found these surfaces were not suitable for soccer players, due to the abrasions they could get from slide tackling and falling. Due to this fact, many soccer clubs waited until the 1980’s to test out the turf. It was not the ideal turf, which is why they kept improving it and developed one that proved to truly be suitable for soccer.…

job opportunities than general fields of expertise. In addition to this, I conducted research on each major and career in order to find the requirements for the individual fields. These include age limits, physical requirements, and course requirements. Despite the difficulties,…

main village of Verser I get a nice glimpse of the rice fields that dot this small island. You see, here on the Island of Zanene, rice is their livelihood. To them, rice is their life. They have a whole religion set up with Pedia (Goddess of Rice) and Lisia (Goddess of Rain). Everyone at some point in their life has worked on the rice field. The Queen of Zanene is actually rather proud and boasts about her service of working in the fields. Zanene is a matriarchy. There are 4 main classes in…

The main actors in the movie are Tom Hanks portraying Forrest Gump, Robin Wright portraying Jenny Curran, and Sally Field as Ms. Gump. The actors did a good job of acting like southerners in the movie, and they didn’t play out of character; However, there are a few goofs in the movie. As Forrest in the scene where he takes apart his gun and reassembles it, Hanks forgets to use his accent for a few seconds. There are also more mistakes in the movie that no one has seemed to notice. If someone was…

scientists from the University of Bordeaux have found traces of this same behavior in invertebrates. Science Daily has published an article on the twentieth of June in 2014 that is a representation of the actual study. Although it…

Magnetic resonance imaging, also known as an MRI scan, is a type of scan that uses magnetic fields and radio wave energy to create images of the organs and tissues, such as the brain. It is a scan that is used to detect things such as tumors, infections and injuries. It is often used after an x-ray or CT scan is done to gather more information. This paper will discuss MRI in depth such as how an MRI works, its use in society, the differences between MRI and other scans and the future for MRI.…

In this memoir of First They Killed My Father by Loung Ung, the narrator faces many difficulties throughout her childhood and and because this is written by Loung as an adult it is very interesting to see her perception of herself at the age of five. This memoir talks about the tragedies that took place during the Khmer Rouge that was led by Pol Pot. Khmer Rouge tore families apart, killed innocent children and left many to die due to famine. Between 1975 and 1978, there was an estimated number…

Field strength or intensity is the force which maintains the magnetic flux and produces a particular value of the flux density B at that point in a magnetic field. Therefore the flux density is the cause while the flux density (B) is the effect. The flux density can be assumed proportionally to the field intensity in a magnetic field which comes in three parts. First part is: Where U stands for the permeability of force (the measure of the degree to which the magnetic line of force can…

Maxwell and Faraday- A Brief History of Electromagnetism The field of electromagnetism was established in 1819, twelve years before Maxwell was born. Hans Christian Oersted from Denmark was the first scientist who thought of the possibility that magnetism and electricity were related. He considered such a possibility because of the observations he made during an experiment. He Placed a wire above a compass and passed a current through the wire. He noticed that the needle of compass moved when…

CHAPTER 2 2.1 ELECTROCARDIOGRAM The ECG Signal is a graphical representation of the electromechanical activity of system. The various propagation action potentials within the heart produce a current flow, which generates an electrical field that can be detected, in significantly attenuated form, at the body surface, via a differential voltage measurement system. The resulting measurement, when taken with electrodes in standardized locations, is known as the electrocardiogram. The ECG signal is…