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Domestic violence research paper thesis
Comparing and contrasting in Battered woman syndrome
The defining belief among individuals experiencing “battered woman’s syndrome” is that
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Battered Women's Syndrome: A Survey of Contemporary Theories Domestic Violence In 1991, Governor William Weld modified parole regulations and permitted women to seek commutation if they could present evidence indicating they suffered from battered women's syndrome. A short while later, the Governor, citing spousal abuse as his impetus, released seven women convicted of killing their husbands, and the Great and General Court of Massachusetts enacted Mass. Gen. L. ch. 233, 23E (1993), which permits the introduction of evidence of abuse in criminal trials. These decisive acts brought the issue of domestic abuse to the public's attention and left many Massachusetts residents, lawyers and judges struggling to define battered women's syndrome. In order to help these individuals define battered women's syndrome, the origins and development of the three primary theories of the syndrome and recommended treatments are outlined below. I. The Classical Theory of Battered Women's Syndrome and its Origins The Diagnostic and Statistical Manual of Mental Disorders (DSM-IV), known in the mental health field as the clinician's bible, does not recognize battered women's syndrome as a distinct mental disorder. In fact, Dr. Lenore Walker, the architect of the classical battered women's syndrome theory, notes the syndrome is not an illness, but a theory that draws upon the principles of learned helplessness to explain why some women are unable to leave their abusers. Therefore, the classical battered women's syndrome theory is best regarded as an offshoot of the theory of learned helplessness and not a mental illness that afflicts abused women. The theory of learned helplessness sought to account for the passive behavior subjects exhibited when placed in an uncontrollable environment. In the late 60's and early 70's, Martin Seligman, a famous researcher in the field of psychology, conducted a series of experiments in which dogs were placed in one of two types of cages. In the former cage, henceforth referred to as the shock cage, a bell would sound and the experimenters would electrify the entire floor seconds later, shocking the dog regardless of location. The latter cage, however, although similar in every other respect to the shock cage, contained a small area where the experimenters could administer no shock. Seligman observed that while the dogs in the latter cage learned to run to the nonelectrified area after a series of shocks, the dogs in the shock cage gave up trying to escape, even when placed in the latter cage and shown that escape was possible.
First I would like to address the definition of Battered Woman Syndrome. Battered Woman Syndrome (BWS) is a condition often used by the defense in cases like this one to relieve the defendant of some or
In this paper, I will discuss what tornadoes are and how they form, what different forms of tornadoes there are, what tornado watches and warning are and give examples of tornadoes in Oklahoma and what destruction they caused, also while providing information about the Doppler radar.
This storm produced fourteen tornadoes, including a tornado with a twister, which impacted Oklahoma City. This tornado was a very strong F5 tornado, the highest classification. This single F5 tornado produced by this one storm caused the most damage, injuries and loss of life. The tornado occurred little after 6:00 p.m. and was first reported in Grady County Oklahoma, approximately two miles south-southwest of the town of Amber. The tornado varied in intensity from F2 to F5 over its track, which was over 38 miles long, and approximately a mile wide at the widest point. With a maximum wind speed, measured by doppler radar, close to 300 miles per hour, this was the most powerful tornado ever recorded. An estimated 1800 homes were destroyed and over 2000 damaged. The Oklahoma State Department of Health attributed 36 fatalities to the tornado, with five additional fatalities classified as related. Damage totals were approximately $1
Although domestic violence is a significant societal problem, which continues to receive public and private sector attention, intervention and treatment programs have proven inconsistent in their success. Statistics by various organization show that many offenders continue to abuse their victims. Approximately 32% of battered women are victimized again, 47% of men who abuse their wives do so at least three times per year (MCFBW). There are many varying fact...
Gangs of New York is a war-packed film directed by Martin Scorsese that takes place in New York during the Civil War. This 2002 film is about a young Irish immigrant, named Amsterdam, who returns to the Five Points to get revenge on William Cutting, a powerful gang leader who murdered his father. One scene that really sticks out within the film occurs during the draft riots that took place in New York. Although this particular scene is historically accurate, there are some parts of the scene itself that seem to have a bigger impact overall. The parts that create this impact show how important this dark period was and how violently this event played out in the real world.
The swiftness, beauty, and absolute daunting sight of tornadoes have haunted minds and pulled at the curiosity of many. As Mother Nature’s fiercest windstorms, tornadoes do not simply lift you up and transport you to the magical Land of Oz. Rather, they habitually throw you around like a rag doll leaving a disaster behind them. Interestingly enough, tornadoes are yet to be fully understood. We know what a tornado is and how it forms but why it forms under various circumstances and not others is still under scrutiny.
I would like to start out by what we know about tornados and outbreaks, and what is said to be the cause of such catastrophic events, such as the outbreak that occurred November 17th in the Midwestern, portion of the United States. Tornado outbreaks occur when there are multiple tornados that are said to be produced by the same weather system. The classification of an outbreak can vary depending on interpretation. It is said that in order to be classified as a “tornado outbreak” there must be a certain number of tornados that touch down. It is said that the US has the most tornados of any country. This can be attributed the location with in the mid latitude. The Rocky Mountains, have the ability to block moisture and “buckle” the atmospheric flow; thus forcing a lot of dry air at mid-levels of the troposphere, due to downslope winds. While the Rockies are forming a “dry-line” the Gulf of Mexico on the other hand contributes a lot of low level moisture. This mixture of warm air and cold air is to blame for the large number of tornados that form in the US. These events are most prevalent in the Midwestern and Southeastern United States, along with the Great Plains also known as (tornado alley) although some of these systems have been known to move as far North as Canada. The tornado outbreak that took place on the 17th of November is said to have been the one of the largest outbreaks to have occurred in eight years. This particular storm spawned a total of 72 tornados that swept through seven states, according to the National Weather Service. This outbreak is being considered the fourth largest outbreak of its kind, especially this time of year.
Tornadoes usually occur within large thunderstorms which are called supercells. During the storm, cold and warm air combine. The cold air falls as the warm air rises. The warm air will then twist into a spiral and form a funnel cloud (How Are Tornadoes Formed). The wind coming into the storm starts to swirl and forms a funnel. The air in the funnel begins to spin faster and faster, creating a very low pressure area which pulls more air into it (How A Tornado Forms). On the other hand, hurricanes are areas of low air pressure which form when the ocean waters are over 80 degrees, and air from the high pressure area pushes in to the low pressure area. The "new" air becomes warm and moist and rises. The surrounding air swirls in to take its place as the warm air continues to rise. When the warm, moist air rises and cools, the water in the air forms clouds. The clouds and wind spin and grow fed by the heat of the ocean and evaporating water. When the water evaporates, it causes the clouds humidity and forces the air together which leaves behind low pressure. As the storm rotates faster and faster, an eye forms in the center. The eye of the storm is very calm and c...
The benefits of the current technology that we have to detect, monitor and predict tornadoes is that we can be better prepared for a tornado if we know it is coming because of the data supplied by the radar, how strong the winds may be and the damage that may be caused because of the data provided by algorithms and then categorised by the Fujita F-scale system can help give better advice during the storm and to help prevent deaths by giving better advice in alerts and warnings. The Fujita F-scale is this: F0 is 62- 117, F1 is 118-178, F2 is 179-250, F3 is 251-333, F4 is 334-419 and F5 is 420-511 (In kph or
In 1965, the psychologist Martin Seligman conducted the Learned Helplessness Experiment. It all started when Martin and his colleagues were researching about classical conditioning, the process by which an animal or human associates one thing with another. The experiment consisted on Seligman ringing a bell and a dog, wearing an electrified harness, getting a shock. First, Seligman would ring a bell and the dog, which the experiment was focused on, would get a light shock. After several times of ringing the bell and getting the shock, the dog reacted to the shock before it happened, when he heard the bell started to ring. It seemed as he had already been shocked.
Tornadoes are formed typically during a front of stormy weather known as a supercell, although not always. It begins with cold air and warm air that collide. This causes the cold air to drop and the warm air to rise and spin into a funnel. However, before the funnel can develop, a series of steps must occur leading up to the storm. First, a change in wind direction and an increase in wind speed must occur which will happen with an increasing altitude. This creates an effect of invisible horizontal spinning which occurs in the lower atmosphere. Next, rising air in the thunderstorm tilts the rotating air from horizontal to vertical. Then, the 2-6 mile wide area of rotation must be kept within the majority of the storm. The final step is for a low cloud base containing no rain to form a funnel cloud, creating the tornado. Tornadoes follow a very specific and definite life cycle.
Despite some great progress scientist are still learning how these supercells concentrate enormous amounts of energy and give air violent swirling motions of destructive tornadoes. A source of the tornado rotation usually starts with surface winds coming from the southeast. Then the higher altitude winds from the southwest give the air in between a slow rolling motion. The air rising into a growing thunderstorm lifts the rolling air, forming vertical counter clockwise and clockwise vortices. The clockwise vortex usually dies and winds from the surface help cause the storms updraft to tilt. (Williams, p.186) T.T. Fujita, of the University of Chicago, developed a scale from 1 to 5, which is weakest to strongest. Tornadoes that have winds below 116 to 189 kilometers are classified as a F1 tornado and can cause trees to snap and windows to break. F2 tornadoes have winds of 181-253 kilometers per hour have the power to uproot trees. F3 tornadoes have have winds of 254-332 kilometers per hour and cause severe damage powerful enough to flip cars over and knock down brick walls. F4 tornadoes have winds up to 333-419 kilometers per hour and are devastating, destroying houses. The strongest category of a tornado is F5 and this tornado produces winds above 419 kilometers per hour. These tornadoes are capable of destroying steel buildings. More than one-half of all tornadoes reported are in the F0-F1 range of intensity; however nearly 70% of all fatalities are caused by tornadoes of F4 to F5 intensity. (Boorstein, Renneboog,
According to, source 2. There are more Tornadoes hitting the U.S than Hurricanes. Most tornadoes usually hit a Texas. Tornadoes are made up of clouds and wind. Tornadoes usually always happen on flat land because flat land has no hills. A cool fact about tornadoes is that it can catch on fire for a few seconds. I forgot to mention, tornadoes are also made up of dust.
To start off with, when a Hurricane or Tornado is in the northern hemisphere they spin counter clockwise, but when in the southern hemisphere they spin clockwise. Both Hurricanes and Tornadoes are classified as cyclones, which are storms that spin with both hot and cold molecules mixing. Just like Hurricanes Tornadoes reach high speeds that could go up 300mph and maybe more!
Tornadoes are rated on a scale called the Fujita Scale. The storms are labeled with the letter F and then a number 0-6. The Fujita Scale is used to rate the intensity of a tornado by examining the damage caused by the tornado after it has passed over a man-made structure. The table below shows the ratings for a tornado with the Fujita Scale.