Kinetic theory

Madame Chill Gloria E. Myers was born on September 23, 1992 in Tampa Bay, Florida. Her parents are Thomas and Linda Jarrell, both came from wealthy families. Growing up in a rich household Gloria had almost everything. The only thing she missed the most were her parents they were always gone her mother always had “business” trips and her father was hidden away in the basement working on his science project. Gloria didn’t have many friends but she did have a nanny named Eli Nora who was always…

The Dropper is an extraordinary ride unlike any other. As the coaster winds rapidly through Sherbert Park it presents breathtaking scenery as riders travel over and through Willow River in Hudson, Wisconsin. This mid-north roller coaster, constructed of metal, has four cars per train, holding six people per car. One train will be on the track at a time. The ride was designed to appear like a torpedo, featuring a point on the front car, and black cars with burnt orange outlines, and red flames…

The egg drop project we did involved many physics principles. One of them was air resistance, which happened because the egg dropped and it accelerated, while the velocity increased. Then the resistance of the air to the egg box motion also increased, which means the upward force of air resistance balances the downward force of gravity, so the egg box dropped at a constant speed. We attached balloons to the box we made in order for the box to pass through the air while softly landing. We believe…

The Reaction of a food dye with bleach Introduction The overall purpose of the experiment was to determine the order in respect to the blue dye and the rate constant (K). With these found however, the overall rate law in the reaction between blue food coloring and the bleaching agent within commercial Clorox can be found. The orders in a rate law equation represent the relationship between the concentration of a given element or molecule and the overall rate, for example, when a reaction in…

Questions: (a) Show that: (b) What value of ε ss would you expect at 800°C and 16000 psi? A= 0.0043 Using your Larson-Miller curve, what temperature should you use for a life of 20 years at the lowest stress level? For the extensive length of time, a temperature of approximately 25 oC which is close to room temperature. With increasing stress or temperature, what changes will you notice in a typical creep curve? When you increase temperature or stress, the creep curve will increase in…

1. What is the GPS Standard tied to this project? The GPS Standard tied to this project is - S8P3. Students will investigate relationship between force, mass, and the motion of objects. 2. How does your rubber band car show Newton’s 1st Law of Motion? The first law states an object will stay at rest until acted upon unbalanced force. The car is at rest until the rubber band is twirl all on the stick. This mean a force has to be added for the rubber-band car to move. 3. How does your rubber…

Temperature is defined as the average amount of kinetic energy that an object has. When an object has a great amount of kinetic energy, then its molecules move around a lot. This can be explained by thermal energy, or heat. Heat is produced when internal energy travels from an area of relatively high temperature to an area of relatively…

My testable question is an off the ground spike more powerful and faster than a spike that is done on the ground. I will answer this by spiking the volleyball ten times, five times in the air and five times from the ground. I will be ten feet away from the wall and I am going to measure how high it bounces after it touches the ground. I chose this topic because I love volleyball and I wanted to know which position has more force and power. My hypothesis is “If an off the ground spike is made,…

Conclusion The initial hypothesis was rejected. The hypothesis was if the mass of the baseball bat affects the distance the baseball will go, then the heavier the bat is, the further it will travel. The average for the 283.5 gram bat was 49.2 meters. The average distance for the 396.9 gram bat was 52.29 meters. The average distance for the 595.34 gram bat was 50.84 meters. The average distance for the 708.7 gram bat was 45.5 meters. The results mean that the heavier the bat, the less distance…

dside America photograph archive (1972–2008), Library of Congress, Prints and Photographs Division. Once everyone's onboard, the cars are released and start to roll down. When they round the brow of the first hill, the force of gravity makes them hurtle energy as well. Even the rattling noise the rollercoaster makes uses up some of its energy. The cars lose more and more of their original energy the longer the ride continues, and, since the cars have no engines, there's no way of replacing it.…