Ball Lightning Research Paper

Manufacturing defects, In the moment of manufacturing it was bad assembled or the material used to build or make the ball had any defect or was broken. Only a few out of many products of the same type are flawed in this case.

As a result of the extreme heat produced by a lightning bolt, you could obtain severe burns and scars, and your clothes could actually be shredded from the heat. Nerve damage could also occur, leading to possible paralysis. Obviously cardiac arrest can occur from the sudden force, which could cause death. And to top it all off, if lightning enters the skull, it can LITERALLY cook your brain cells and cause brain damage or send you into a coma. So, as I said, even if it did jump start the heart like people think it would, the damage everywhere else could bee too great

The human perception of any stimulus, bouncing balls in this particular discussion, is a complex and intricate process that involves the seamless collaboration of the human eyes, the human brain and every member that composes each respectively. It is the collaboration and joint effort of these interactions happening inside our bodies that allow us to perceive, recognize, and ultimately interact with our surrounding environment and every day stimuli. To "see" or in other words to effectively recognize that the video depicted in this assignment is of colorful bouncing balls the stimulus must be identified, the perceptual process must take place, and then the body must experience the neural processing signals that will allow for the individual

An electric current exists when there is a net flow of charge through a given area. Electrons flow from the negatively charged region to the positively charged region. This is usually accomplished by using an electrical conductor which allows the electrons to pass freely through the material (Serway, et al. 709). This flow of electrons can generate heat when collisions between the molecules and electrons occur. These collisions then cause the molecules to break apart thus releasing heat. Some common examples of electrical energy are lightning, static electricity, and wiring outlets (Coleman, et al. 82). For the wildland firefighter, lightning is probably the

Balls back then were not like the tennis balls we know today. The balls were made of wood and the players would hit the ball into the wall with their bare hands until eventually it got so painful that they eventually incorporated leather gloves to take some of the pain away.

The kite experiment influenced by the works of other great scientists such as Isaac Newton and Joseph Addison, Franklin wrote his most important scientific work: Experiments and Observations on Electricity. The kite experiment of Benjamin Franklin was to tie a kite with a metal skeleton thread, with its lower end attached to a key. Taking advantage of a thunderstorm, he noted that, trace the comet, electricity is led from the kite to the key, charging outlet. From this, Franklin showed that the clouds were electrically charged and lightning we see are these electrical discharges. Among the inventions of Benjamin Franklin is the lightning conductor, produced from the just mentioned discovery. The lightning rod installed quickly across the country and was a commercial success

Benjamin’s experiment with his kite and key helped him to understand lightning. “Mid-eighteenth century scientists and inventors considered electricity to be Franklin’s most remarkable area of investigation and discovery” (Mary Bellis). Franklin’s experiments helped him to create the lightning rod. The lightning rod was a rod that was attached to the highest point of a house or building. The rod would have a wire attached to it that would run all the way to the ground. Lightning would strike the rod and travel along the wire into the ground. The wire connected to the ground absorbed the lightning, preventing the lightning from hitting the house or building. The lightning rod would prevent fires and electrocution. One of Benjamin Franklin’s less known

With the help of his son, William, they hooked up his kite to a silk string, tying an metal key to where the bolt would strike it. Ben’s educated guess was that the lightning itself was an electrical phenomenon, and the electrical effect of the lightning bolt striking it might be able to transfer to another object. Also the causes and effects in the experiment could be recognized as electricity. Concluding this experiment, it successfully showed that the energy from the bolt was static energy. Ben grew more popularity conducting this

In a lightning protection system, a lightning rod is a single component of the system. The lightning rod requires a connection to earth to perform its protective function. Lightning rods come in many different forms, including hollow, solid, pointed, rounded, flat strips or even bristle brush-like. The main attribute common to all lightning rods is that they are all made of conductive materials, such as copper and aluminum. Copper and its alloys are the most common materials used in lightning

It usually flaps its wings to create thunderand lightning(John M.). The Thunderbird is a giant bird with colossal wings and sharp claws thatseem both protecting and dangerous(Tracey). People may think the thunderbird is small sincebirds are usually small but they are pretty big in size for instance they can pick up a whale andwhen eat it also their strength is so amazing that they can split open a tree at ease. A few cultureshave thought that the Thunderbirds were protecting eggs that had the types of birds that we seetoday also it has been thought that eagles and falcons accompanied the Thunderbird. One talesaid that the Thunderbirds was able to transform into a boy and speak backwards. TheAlgonquian Indians have thought that the Thunderbirds were the ancestors of the humans racewith the creation of the universe(John M.). It all started when 2 Indians from the Passamaquoddytribe were destined to find the origin of lightning. There was an obstacle that they had to get pastand the first indian was able to make it but the second Indian didn’t make it since he went toolate so it crushed him. The Indian that made it saw some more indians that were playing a gameof ball. One if them said it’s time to go so they were getting ready to fly away and flew off. TheElder came up to the Indians and told the Elder why he was on a quest to find the origin ofthunder. The elder decided to help the indian so other people with the elder put him into

When a basketball bounces it has two types of energy which are potential and kinetic energy.

Who invented the ballista? The ballista were invented by the Greeks and later modified by the Romans. When were they invented? Sometime around 400 BC. How were they used? They were used to hurl large bolts and had better accuracy than a catapult, but at the expense of reduced range. Where were they used? They were used in siege attacks against enemy kingdoms.

Why does a basketball bounce higher than a bowling ball? Because it is made of different materials. A basketball is inflated with air and made with a rubber covering that has a high bounce factor. Bowling balls are made out of hard materials that don’t bounce. Why is bounce good for a basketball and not so good for a bowling ball? Using a baseball to play basketball or a bowling ball to play tennis doesn’t make sense. Different sports require the height from which the ball is dropped the ball’s level of ignition temperature the surface upon which the ball is bounced. The higher the ball is above the ground, the more its potential energy. As the ball is dropped and gravity forces it downward, the ball accelerates and gains speed. As the ball falls through the air, its potential or stored energy is converted into kinetic energy. The longer the fall, the more kinetic energy it gains and when it hits the ground, it bounces higher. As a ball bounces, it warms. An inated ball, like a basketball, bounces higher and faster when the temperature is warmer. This is because the distance between the air molecules in the ball increases, helping the ball maintain its round shape when it hits the ground. On cooler days, the distance between the air molecules gets smaller, causing the ball to be less inated. So, it attains more when it hits the ground. A lot of scientific research goes into developing the right bounce for the right ball. Several other factors affect the way a ball bounces.

There is one instance that lightning strikes ceased to occur from January to March 2010 that temporarily raised fears of the phenomenon being extinguished permanently but was later found out that it was drought that caused it. Humidity in a sense may have played a vital role in the occurrence but scientists lately say that maybe it’s the region’s wind patterns and unique topography that contribute to the special phenomenon. They say that when warm winds, trapped by the surrounding mountains in Lake Maracaibo, collides with cool air coming down from the Andes mountains, they are forced to condense, thus creating thunderclouds.

In 1752 Franklin devised another experiment to test if lighting has an electrical charge. He flied a kite carrying a pointed wire in a thunderstorm and attempted to test his theory that atmospheric lightning is an electrical phenomenon similar to the spark produced by an electrical frictional machine (Bruno 406). To