Problem: Write an article based on this summary: IMPORTANT, before doing this, make sure your GPU "can" be overclocked, as many are factory locked. Overclocking your GPU is running the graphics card beyond the factory setting. Download free benchmarking and analytics software. Run the Heaven 4.0 benchmark. Set Resolution to System. Click Run. Click Benchmark. Write down your score. Download a GPU tweaking tool. Open the software that you have chosen. Raise the core clock by 5 to 10 MHz. Click Apply. Click Save. Repeat the over clocking process. Set your new frequency. Play through a game.

Answer: If not, skip to the next section. This is a potentially damaging method to improve your gaming performance and therefore all precautions should be taken into account. To do this, you should determine the baseline from which your graphics card is currently running. One of the more popular options is the Heaven 4.0 benchmark. This will prompt the settings menu to appear. You may change some of the other settings if you have the tech know-how, but if you are working with a lower-end card, it is recommended that you refrain from adjusting too much. This will prompt Heaven to play through a series of scene that are designed to test the capability of your device's performance. It may glitch but this is normal. This can be found in the upper left-hand corner of your screen and it will prompt Heaven to go through 26 scenes to test your GPU's performance abilities. Once the test is complete, a window will appear with your graphics card's score. Write this down so that you can compare it with your score after overclocking it. You can find these for free online and some popular options are MSI's Afterburner and EVGA'S PrecisionX software. Make sure that the clocks entitles Core Clock and Shader Clock are connected. You can check to see if your changes were applied by going to GPU-Z and seeing if it matches. You may be prompted to save your settings. Do so and assign a profile. One of two things will occur: either Heaven will run without any problems and you may increase your MHz by 5 to 10, or you graphics card will crash. You can tell that your GPU has crashed if you start to see black glitches, blotches, or bright stars on the screen. This means that your overclock has become unstable and you need to either lower you MHz. You will also want to keep an eye on the temperature of your computer. If it gets too hot, you may risk frying your hardware. After you have found the correct frequency for your graphics card, restart your computer. Some overclocking software will prompt you to set the changes you've made. To really make sure you've found the right frequency, play though a graphics intensive game and see how it runs.

Problem: Write an article based on this summary: Change it to a fraction if possible. Write out a division problem. Change the division problem to use whole numbers. Solve the problem using long division.

Answer: You might recognize some common decimal numbers that can easily be turned into fractions. For instance, 0.5 = 1/2, and 0.25 = 1/4. Once in fraction form, just flip the fraction to find the reciprocal. For instance, the reciprocal of 0.5 is 2/1 = 2. If you can't change it to a fraction, calculate the reciprocal of that number as a division problem: 1 (the decimal). You can use a calculator to solve this, or continue on to the next step to solve it by hand. For example, you can find the reciprocal of 0.4 by calculating 1 0.4. The first step to dividing decimals is to move the decimal point until all the numbers involved are whole numbers. As long as you move the decimal point the same number of spaces for both numbers, you'll get the correct answer. For example, you can take 1 0.4 and rewrite it as 10 4. In this case, you've moved each decimal place one space to the right, which is the same as multiplying each number by ten. Use long division techniques to calculate the reciprocal. If you calculate it for 10 4, you'll get the answer 2.5, the reciprocal of 0.4.

Problem: Write an article based on this summary: When given an expected value, subtract the value you got from the expected value to get the Absolute Error. Alternatively, when measuring something, assume the absolute error to be the smallest unit of measurement at your disposal. Always add the appropriate units. Practice with several examples. Understand what causes error, and how you can work to eliminate it.

Answer: An expected value is usually found on tests and school labs. Basically, this is the most precise, common measurement to come up with, usually for common equations or reactions. You can compare your own results to get Absolute Error, which measures how far off you were from the expected results. To do so, simply subtract the measured value from the expected one. Even if the result is negative, make it positive. This is your absolute error! Example: You want to know how accurately you estimate distances by pacing them off. You pace from one tree to another and estimate that they're 18 feet apart. This is the experimental value. Then you come back with a long measuring tape to measure the exact distance, finding out that the trees are in fact 20 feet (6 meters) apart. That is the "real" value. Your absolute error is 20 - 18 = 2 feet (60.96 centimeters). For example, if you're measuring something with a meter stick, the smallest unit marked on the meter stick is 1 millimeter (mm). So you know that your measurement is accurate to within + or - 1 mm; your absolute error is 1 mm. This works for any measurement system. Many scientific tools, like precision droppers and measurement equipment, often has absolute error labeled on the sides as "+/- ____ " Say your Absolute Error was "2 meters." This tells your viewers exactly how far off your error was. But if you write that your error was simply "2," this doesn't tell your audience anything. Use the same unites as the ones in your measurements. The best way to learn how to calculate error is to go ahead and calculate it. Take a stab at the following problems, then highlight the space after the colon (:) to see your answer. Jill is studying chemical reactions. After mixing and matching, her test tube contains 32 grams of substrate. The accepted value for her experiment was 34 grams. Her Absolute Error is: +/- 2 grams Clive is testing reactions in chemistry. It takes 10ml drops of water to cause a reaction, but his dropper claims it is "+/- .5ml." The Absolute Error in his measurements must be: +/- .5ml No scientific study is ever perfectly error free -- even Nobel Prize winning papers and discoveries have a margin or error attached. Still, understanding where error comes from is essential to help try and prevent it: Human error is the most common. This is from bad measurements, faulty premises, or mistakes in the lab. Incidental energy/material loss, such as the little fluid left in the beaker after pouring, changes in temperature due to the environment, etc. Imperfect equipment used either for measurement or studies, such as very small, precise measurements or burners that provide uneven heat.

Problem: Write an article based on this summary: Drink ice wine for dessert. Make ice wine slushies. Create an ice wine cocktail. Make an ice wine Manhattan. Add a splash of ice wine to sparkling drinks.

Answer:
Enjoy a small glass of ice wine as a dessert beverage after a nice meal. The sweetness makes for the perfect nightcap. Put 6 oz (200 mL) of ice wine in a blender and add 8-10 ice cubes. Blend the drink until it has the consistency of a slushie. Pour it into a chilled glass and serve. This drink is perfect for hot summer days! Combine 1 oz (50 mL) of sparkling ice wine, 1 oz (50 mL) of vodka, and 1 oz (50 mL) of lime juice in a cocktail shaker. Shake it with crushed ice then serve it in a martini glass with a lime garnish. Put 1 oz (50 mL) of rye whiskey, 1 oz (30 mL) of ice wine, and several ice cubes in a cocktail shaker. Shake it, then pour the drink into a rock glass. Garnish the glass with a slice of orange and some frozen cranberries. Pour a dash of ice wine in your favorite sparkling drink or cocktail, such as a bellini or a mimosa, to add sweetness and complexity. You could also use ice wine in a wine spritzer.