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Research Templates

Transcript: What Career Do I Want ? How video games help: 1. Entertainment 2. Problems 3. Help hand coordination 4. More observant 5. Better decision making Why a Game Designer The best area to be a game designer is in the United States. The best state to be one is San Francisco because they have lots of studios to develop the games. Other Game Designers Slide 3"Game Designer: Job Info and Requirements for Becoming a Game Designer."Education Portal. Education Portal, 2 Nov. 2012. Web. 2 Nov. 12. <>.slide 4"Required Skills." UAT GAME DEGREES. UAT GAME DEGREES, n.d. Web. 2 Nov. 2012. <>.slide 6"Game Design Salary Information." A Digital Dreamer. A Digital Dreamer, n.d. Web. 2 Nov. 2012. <>.slide 7"Top North American Cities for Video Game Development." Gamejobhunter. Gamejobhunter, n.d. Web. 2 Nov. 2012. <>.Slide 5"The Various Video Game Design Jobs in a Studio." A Digital Dreamer. A Digital Dreamer, n.d. Web. 2 Nov. 2012. <>.slide 8"Video Game Artist." Incredible @rt Department. Incredible @rt Department, n.d. Web. 5 Nov. 2012. <>.slide 9"Pulsipher Game Design." N.p., n.d. Web. 5 Nov. 2012. <>. Skills You Can Transfer Well know game designer are Robert bowling which is the person who made CoD Modern Warfare 3. He made the game a year ago. Mark Lamia is the head director of making the game CoD Black Ops 2. Game Designers In other countries they do different formatting and use different program. They use other programs that makes the imaging different. I'm so interested in being a game designer because I love playing games and I know how the games work. You get have fun while you work, you get to be as creative as you want. How Much You Make Education requirements: 1. Bachelor degree in Computer science or engineering 2. Courses needed- project managing, integrating video design, game prototyping and level design It takes 4-5 years to complete. Game designers make up to 45,000 to 90,000 dollars. Were To Be A Game Designer I Want to be a game Designer. I like the idea of being a game designer because they get to see all the character start from something small then turn to a huge game character. Skills that you can transfer to other careers are programming and developing. You can be game developer to track the progress and a computer programming. Game Designer In Other Countries

Chemistry Powerpoint

Transcript: Created by Jesus Valencia and Juan Estanislao for Mrs. Muldong Research Information and Bases Acids What are Acids and Bases? What are Acids and Bases? Acids Acids You can recognize acid in liquids by their tart, sour, or sharp taste. Many other acids are highly caustic and should not be put to the taste test. Strong Acids Strong Acids A Strong Acid is an acid that ionizes completely in a solvent. Examples of a Strong Acid are the following: Hydochloric Acid (HCL), Hydrobromic acid (HBr), Hydriodic acid (HI), Nitric acid (HNO3), Sulfuric acid, (H2SO4), Perchloric acid (HCL04), Periodic acid (HL04). Weak Acids Weak Acids Weak Acids are acids that releases few hydrogen ions in a aqueous solution. Examples of Weak Acids are the following: Acetic acid (CH3COOH), Hydrocyanic acid (HCN), Hydroflouric acid (HF), Nitrous acid (HNO2), Sulfurous acid (H2SO3), Hypochlorous acid (HOCL), Phosphoric acid (H3PO4). Bases Bases Unlike acids, which are usually liquids or gases, many common bases are solids. Solutions of bases are slippery to the touch, but touching bases is an unsafe way to identify them. Strong Bases Strong Bases Strong Bases are bases that ionizes completely in a solvent. Examples for Strong Bases are the following: Sodium hydroxide (NaOH), Potassium hyrdroxide (KOH), Calcium hydroxide (Ca(OH)2, Barium hydroxide (Ba(OH)2), and Sodium Phosphate (Na3PO4). Weak Bases Weak Bases Weak Bases are bases that releases few hydroxide ions in aqueous solutions. Examples of Weak Bases are the following: Ammonia (NH3), Sodium Carbonate (Na2CO3), Potassium Carbonate (K2CO3), Aniline (C6H5NH2), and Trimethylamine (CH3)3N). Acidity, Basicity, and pH Acidity, and Basicity, and pH Water is both an acid and a base. This means that a water molecule can either give or receive a proton. For example when their are a pair of water molecules ---> (H2OCL)+ (H2OCL)---> (H3O) (aq)+ (OH) (aq). A pair of water molecules are in equilibrium with two ions- a hyrdronium ion and a hydroxide ion- in a reaction known as the selfionization of water. Thus, even pure water contains ions. When the concentration of (H3O) goes up, the concentration of (OH) goes down, and vice versa. An equilibrium- a constant expression relates the concentration of species involved in an equilibrium. The relationship for the water equilibrium is simply (H3O+) + (OH-)= Keq. This equilibrium constant is called the self-ionization constant of water. Its so important that it has its own special symbol,Kw. The product of these two ion concentration is always constant. The concentration of hydroxide ions in a solution expresses its bascicity. pH determines how basic or acidic something is. When acidity and basicity are exactly balanced such that the numbers of the (H3O+) and (OH-) ions are equal, we say that the solution is neutral. For an example, pure water is neutral because it contains equal amounts of the two ions. Certain dyes known as indicators, turn different colors in solutions of diferent pH. Neutralization and Titrations Neutrailization and Titrations When a solution has a high (H3O+) concentration, it high enough to react with and dissolve metals. High concentrations of (H3O+) (aq) and (OH-) (aq) cannot co-exist. Most of these ions have reacted with each other in a process known as a neutralization reaction. When solutions of a strong acid and a strong base, having exactly equal amounts of (H2O+) (aq) and (OH-) (aq) ions are mixed, almost all of the hydronium and hydroxide ions react to form water. The reaction is described by the equation: (H3O+) (aq) + (OH-) (aq) ---> (2H20Cl). The game reaction happens regardless of the identities of the strong acid and strong base. After hydrochloric acid neutralizes a solution of sodium hydroxide, the only solutes remaining are (Na+) (aq) and (Cl-) (aq). When the water is evaporated, a small amount of sodium chloride crystals. If an acidic solution is added gradualy to a basic solution, at some point the neutralization reaction ends because the hydroxide ions becomes used up. This process is called equivalence point. The gradual addition of one solution to another to reach an equivalence point is called a Titration. The purpose of a titration is to determine the concentration of an acid or a base. Titrant is used to measure the volume of the alkaline solution. To find the concentration of the solution being titrated, you must of course, already have the concentration of the titrant. A solution whose concentration is already known is called a standard solution. All indicators have a transition cage. In this range the indicator is partly in its basic form. The instand at which the indicator changes color is the end point of the titration. If an appropriate indicator is chosen, the end point and the equivalence point wiil be the same. Equilibria of weak Acids and Bases Equilibira of weak acids and bases Formic acid is a typical Bronstec- lowry acid, able to donate a proton to a base, such as the acetate ion, CH3COO. The name

Theme powerpoint

Transcript: Artifact: The Hunger Games created in 2012 Setting: The Hunger Games takes place in Panem (North America). In Panem, there are 12 districts, each providing resources for the capitol and the people of Panem. The actual hunger game is taking place in an arena just inside the capitol. Circumstances: Suzanne collins was watching Reality TV and a war channel and she then blended them together, including young people in her plot, the hunger games was created. Artifact: The song "revolution radio" by Green Day Released: October 7, 2016 Circumstances/Setting: the whole album is meant to reflect the current state of violence in the United States. Historical: also meant to show the affect of shootings around the United States. Theme: People can rebel in many different ways 1984: Every generation after World War II, because it has lots of allusions and relations to World War II and the Nazis, and it helps to spread lght on the dnagers of that time. The Hunger Games:Young adults/teens, because it targets violence and drama, but it is not for adults or for little kids. Revolution Radio: Teenagers/adolescents who listen to punk rock, adults who listened to Green Day growing up. These were targeted because Green Day appeals to the younger generations sense of anarchy and chaos, while they kept most of their same sound to appeal to the older generation that listened to them growing up. Occasion: Audience Purpose Occasion The theme means that people can rebel in many different ways including physical rebellion, but also things including thoughts or beliefs against the people or thing in charge. 1984: 1984 was written by George Orwell to inform others. He informs them of totalitarianism, and he informs them of his stance against it, because he has experienced it first hand. The Hunger Games: No purpose, just late night television inspiration. revolution Radio: The song was written to reflect the mass shootings in America and the narcissistic media coverage. 1984 Theme Triangle Occasion: Example: Winston not only rebels physically by having sex with Julia, he also commits thought crime against the party by writing in his journal. === Artifact: 1984 created in 1949 Setting: the fictional country of Oceania some time in the future. Orwell, having written the book in 1948 project this future as the year 1984. Oceania is one of three world powers; the other two are Eurasia and Eastasia. War with one or the other world power is constant. Circumstances: The events of World War 2 led to the creation of 1984 Era/Historical Context: This book was written during World War 2, so it takes some direct concepts out of the time period.

Chemistry Powerpoint

Transcript: More Stable - Ions are easily formed eactions LIGAND SUBSTITUTION - is a reaction in which one ligand in a complex ions is replaced by another ligand. The ligand that is replaced in most ligand substitution is water molecules. COMMON LIGANDS :OH - hydroxide (-1) :CN - cyanide (-1) :SCN - Thiocyanate (-1) :Cl - Chloride (-1) :NH3 - Ammonia (neutral) :OH2 - Water (neutral) First Reaction The water particles in the aqueous copper (II) ions dissociate and hydrogen gas is produced. A pale blue precipitate is formed Second Reaction The excess ammonia is acting as a ligand and kicks off four of the waters. A dark bue solution is formed. Concentrated hydrochloric is added to an aqueous solution containing cobalt (II) ions. Aqueous cobalt (II) ions are pale pink in colour and when hydrochloric acid it turns to a dark blue solution. The HCl replaces six water molecules in the complex ions are replaced by four chloride ions. The reaction is reversible and can be represent in a equilibrium equation. Definition: (Equilibrium) Left Ligand Substitution is the equilibrium constant for an equilibrium existing between a transition metal ion surrounded by water ligands and the complex formed when the same ion has undergone a ligand substitution. Stability Constant Aqueous Copper(II) ions and Hydrochloric Acid Right R Concentrated hydrochloric is added to an aqueous solution containing copper (II) ions. The solution starts off at pale blue solution, initially forms a green solution before finally turning yellow. The reaction exists in equilibrium and can be reversed by adding water to the yellow solution to return to its original colour blue. It turns green when there is equal concentrations of both aqueous copper(II) ions and concentrated HCl. High Stability constant Low Stability Constant Aqueous Cobalt(II) ions and Hydrochloric Acid LIGANDS SUBSTITUTION AND STABILITY CONSTANTS Explain what is meant by ligand substitute giving two examples that are accompanied by a color change and including equations in your answer. Aqueous Copper(II) ions and Ammonia

Chemistry Powerpoint

Transcript: Propane can exist as a liquid and a gas. In its most natural state, it is clear, odorless, colorless, and non-toxic. When it turns into a gas it becomes bubbly. Think of it this way, water is liquid and steam is water vapor. Fun Fact: *Propane is the 3rd most popular gas used in vehicle transportation* What its used for? Propane iiii Propane Explosions Looks Like? *Commercial odorant is added so it can be detected if it leaks from it's container* Propane mixed with butane is mainly used as vehicle fuel. Propane mixed with air can start a flame. Propane starts out as a liquid then turns into a gas when it is exposed to air which causes it to ignite. Propane undergoes combustion reactions in a similar fashion to other alkanes. In the presence of excess oxygen, propane burns to form water and carbon dioxide. *Propane is flammable when mixed with air (oxygen) and can be ignited* Where its found? How it got named? The risk with the gas comes at high levels of exposure where the propane has displaced enough oxygen to cause asphyxia. Asphyxia is where the body cannot acquire enough oxygen and could lead to death. In liquid form, the risk is that exposure will cause frostbite on your skin. Fun Fact: Propane is usually found mixed with natural gas and petroleum deposits in rocks deep underground. Propane is called a fossil fuel because it was formed millions of years ago from the remains of tiny sea animals and plants. Reactions Formula Propane is used as fuel for furnaces for heat, in cooking as an energy source for water heaters, laundry dryers, barbecues, portable stoves, and motor vehicles The "prop-" root found in "propane" and names of other compounds with three-carbon chains was derived from the origin "propionic acid" *Propane helps to reduce ozone depletion. It has the ability to replace chlorofluorocarbon & hydro fluorocarbon refrigerants* Effects: Chemical Compound: Who Discovered? Fun Fact: Fun Fact Propane wasn't discovered till 1912 when Dr. Walter Snelling was directing a series of experiments for the U.S. Bureau of Mines, he discovered that several evaporating gases could be changed into liquids and stored at moderate pressure. Dr. Snelling developed a way to "bottle" the wet (liquid) gas. One year later, the commercial propane industry began heating American homes.

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