gameData = {"Categories":[],"Questions":[{"Id":"caf7c952-2512-4111-df85-6ddb53989989","Text":"A ________ is an integrated circuit designed to process instructions.","HasImage":false,"Answers":[{"Id":"","Text":"Microprocessor","IsCorrect":true},{"Id":"","Text":"Motherboard","IsCorrect":false},{"Id":"","Text":"Systemboard","IsCorrect":false},{"Id":"","Text":"Mainboard","IsCorrect":false}]},{"Id":"85dd1d33-a2be-4e9a-9cad-e09f296c9234","Text":"Which computer component is usually the most expensive?","HasImage":false,"Answers":[{"Id":"","Text":"Motherboard","IsCorrect":false},{"Id":"","Text":"CPU","IsCorrect":true},{"Id":"","Text":"Hard Drive","IsCorrect":false},{"Id":"","Text":"RAM","IsCorrect":false}]},{"Id":"15bd2d6f-e5ad-40ad-24b6-8d2f8e4bcd11","Text":"Today's primary approach to making processors faster is to increase the clock speed to higher frequencies, which allows them to operate faster.","Feedback":"Increasing clock speed requires higher voltages, which produces heat - the primary threat to hardware. We've reached the point where increasing CPU speeds generates too much heat.","HasImage":false,"Answers":[{"Id":"","Text":"True","IsCorrect":false},{"Id":"","Text":"False","IsCorrect":true}]},{"Id":"ea7367d4-d598-473e-4503-992ba57686d7","Text":"Today's primary approach to making processors faster is to shrink the manufacturing process to include more transistors on a chip, which allows for multi-core processors.","Feedback":"There are many ways to improve performance. Smaller manufacturing technologies allow for more transistors to run at lower voltages. This increases throughput while avoiding overheating. ","HasImage":false,"Answers":[{"Id":"","Text":"True","IsCorrect":true},{"Id":"","Text":"False","IsCorrect":false}]},{"Id":"e7e7f45a-da78-4f2c-8478-fe5b518b51b4","Text":"Today's processors typically use which of the following architectures?","HasImage":false,"Answers":[{"Id":"","Text":"16-bit","IsCorrect":false},{"Id":"","Text":"32-bit","IsCorrect":false},{"Id":"","Text":"64-bit","IsCorrect":true},{"Id":"","Text":"128-bit","IsCorrect":false}]},{"Id":"82af0efd-c2aa-4252-f008-5da9b6a73f86","Text":"A 32-bit processor has the capability to use up to how much RAM on a Windows system?","HasImage":false,"Answers":[{"Id":"","Text":"2 GB","IsCorrect":false},{"Id":"","Text":"4 GB","IsCorrect":true},{"Id":"","Text":"8 GB","IsCorrect":false},{"Id":"","Text":"16 GB","IsCorrect":false}]},{"Id":"3021b46e-a881-4df1-ada9-11fcd20f6164","Text":"Out of the following CPU cache choices, which is the largest? ","HasImage":false,"Answers":[{"Id":"","Text":"Level 1 cache (L1)","IsCorrect":false},{"Id":"","Text":"Level 2 cache (L2)","IsCorrect":false},{"Id":"","Text":"Level 3 cache (L3)","IsCorrect":true}]},{"Id":"6ac20627-6c21-47dd-2d91-5cef553bdaeb","Text":"Out of the following CPU cache choices, which is the fastest? ","HasImage":false,"Answers":[{"Id":"","Text":"Level 1 cache (L1)","IsCorrect":true},{"Id":"","Text":"Level 2 cache (L2)","IsCorrect":false},{"Id":"","Text":"Level 3 cache (L3)","IsCorrect":false}]}]};
gameData.Title = "Microprocessor Basics";
gameData.Description = "You'll explores advanced microprocessor concepts. "; 
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