The splatter of blood is different from the splatter of other liquids because blood has a different consistency than regular liquids. Blood is analyzed in many different ways, including its shape and the location of the blood stains. “Analysts examine the size, shape, distribution and location of the bloodstains to form opinions about what did or did not happen” (“Bloodstain Pattern Analysis”). The length of blood splatter is calculated based on the height of where the blood was dropped and the amount of blood that was dropped. The length of splatter from a drop blood can range from 0.1 -1 inch in length. And the degree of the blood splatter angle can range from a 6-degree angle to a 90-degree angle. Liquids have different types of splatters and lengths. “When a liquid drop hits a solid surface, like a raindrop hitting pavement, it may flatten and spread smoothly, or it may produce a ragged-edged splash” (Ball, Focus:What Makes a Droplet Splash). The shape and length of the splatter can also be impacted by the type of surface it lands on. For example, “the texture of the surface that the blood lands on affects the shape of the blood pattern, too”(“Splatter Blood for Blood Spatter Analysis”). The height at which the substance is dropped can also impact the length of the splatter. For example, a drop of blood dropped from 3 feet above the surface will have a smaller length than a drop of blood dropped 10 feet above the surface. So then a scientist can determine the height of
Spattered blood is a random distribution of bloodstains that vary in size that may be produced by many mechanisms. The size and quantity of spatters produced by a single mechanism vary significantly. The amount of available blood and the amount of force applied to the blood affect the size range of spatters. Spatter is created when sufficient force is available to overcome the surface tension of the blood. The amount of force applied to a source of blood and the size of the resulting spatter vary considerably with gunshot, beating and stabbing events.
Each and every tiny droplet of blood pattern is less than 1mm in
On May 6, 2013, Tim Bosma took two men to a test drive of truck, and he disappeared. The Crown says he was shot in his truck, his body was then burned in an incinerator. These two men were Dellen Millard, 30, and Mark smich, 28. They are now on trial for first degree murder. Crown believes that Tim was shot fatally while sitting in the passenger seat of the truck, his body was later cremated.
O.J. Simpson is an ex NFL football player who was put on trial for the murders of his wife Nicole Brown and her boyfriend Ronald Goldman. This trial is one of the most controversial trials ever. It got much attention from everyone who watched it. I think O.J. should have been proven guilty. There are many things that were said and done to show that he was guilty.
mystery not only for the Migration account, as well as for all of early twentieth-century Afro-American literature. The story investigates the strange incoherence of Smothers and the especially environmental theme in Blood on the Forge. The Moss brothers glorify nature, looking back on their Kentucky homeland with "pastoral" fondness. In spite of the fact that the nature of the South is idealized, in both the North and the South nature is dying.
Wise Blood and The Catholicism By Reem Abbas 43380421 Flannery O’Connor is one of the greatest Southern writers during the twentieth century. She is considered as a faithful and a good Christian writer. In her fiction, she never neglects her Catholic concerns. The large respect for O'Connor’s religion appears in most of her literary works.
There are many important factors in crime scene investigation, one of those involves serology and observing the blood spatters at a crime scene. Many steps are taken when dealing with blood at a crime scene, some of which are if the substance is actually blood, blood typing, discerning the origin of the blood, the direction of travel of the bloodstain, what weapon would have caused the bloodstain, etc. Serology and dealing with bloodstains can be a very difficult task for criminalists because blood also deals with DNA, what type of blood it is, identifying who the blood belongs to, what caused the bloodstain, and what direction it originated from. To understand serology, it is probably best for one to understand the nature of blood first.
Not only did the blood correspond with the crucifixion stories, but it matched Jesus’s blood type. “The results of the study shocked the world. The host was human heart tissue with the blood type, AB, which is the rarest of all blood types” (Connolly). Jesus’s blood type was discovered in Lanciano when, the “blood” or wine offered at mass actually turned into the flesh and blood of Jesus Christ. Similarly, Zugabie also discovered AB blood on the Shroud, evidence rather convincing due to the rarity of AB
Blood contains both slid and liquid form in our body and becomes a jelly like substance once it exits the body. A blood spatter deeply understands the proportion of blood and its various types. An analyst can describe how the blood came out of the body depending on the type of injury which took place. Blood can be looked like a flow, drip, spray, spurt or a gush (http://www.forensicsciencesimplified.org/blood/principles.html). Blood describes its velocity by its stains.
Well you can find out by reading the rest of this paper. “Where does a basketball bounce best. ”Why do different surfaces affect how high a basketball bounces? Different surfaces affect how high a basketball bounces because different types of surfaces absorb more energy than others.
Then, by holding the nose of the bullet pointing away from you, the direction the impressions run away from you (either to your left or right) determines the direction of twist. If the rifling impression pattern on the bullet matches the rifling pattern in the barrel of the questioned firearm, the next step is to measure the rifling impressions on the bullet. The lands and grooves on a bullet are measured in thousandths of an inch or in millimeters. One way to measure individual rifling impressions is to use a micrometer, or with advanced technology the majority of crime labs use a comparison microscope; which is two microscopes connected to an optical bridge which allows the viewer to observe two objects simultaneously with the same degree of
‘Blood In The Mobile’ is a documentary filmed my Danish journalist Frank Poulsen regarding the use of conflict minerals in our mobiles by major phone manufacturing companies. Even though he focuses on Nokia in the movie it is an insight into the use of blood minerals from Congo in all phones of other manufacturing companies as well. The film focuses on whether Nokia has known about this use and still continues to do it and to find a solution to this problem in order to end modern day slavery just so that we can stare at a screen throughout the day. In the documentary Poulsen travels to various destinations including one of the mines in Congo to uncover the harsh truth behind one the most revolutionary modern day inventions and whether its consumption is being used to finance a war...
Angela Carter, the author of the collection of short stories The Bloody Chamber was an English novelist, journalist and short story writer. The Bloody Chamber, published in 1979, is one of Carter’s most popular short story collections (Carter 1). The collection consists of ten stories including "The Bloody Chamber". All stories are rewritings of fairy tales and folktales. This paper will firstly offer a narratological analysis of the short story “The Bloody Chamber” while in the second part the short story will be analysed from a feminist perspective.
Water on hydrophobic surfaces will display a high contact point. Superhydrophobic surfaces are exceptionally hydrophobic, i.e., greatly hard to wet. The contact angle of a water droplet surpasses 150° and the contact angle hysteresis is under 10°. This is also referred to as the Lotus impact, after the superhydrophobic leaves of the lotus plant. Rough and microstructured surfaces characteristically build hydrophobicity of hydrophobic surfaces through two altogether
Vascular disorders might also cause a bleeding. To get an accurate diagnosis, which is crucial for successful treatment, the haemostatic function has to be examined. The information about the haemostatic function can by gained using a number of laboratory tests to assess platelet and coagulation