EE 210 201516FA final exam solution - EE 210 FALL 2015...

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Chapter 16 / Exercise 41
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EE 210 FALL 2015 Final Exam Time: December 17, 2015, 8:00 am – 9:50 am Exam form: A Name: _________________________________________ PSU ID #: _________________________________________ Section #: 01 9:05A – 9:55A (Ni) - Lab T 11:15A – 2:15P (Ben Kirk) (Check one) 02 9:05A – 9:55A (Ni) - Lab T 2:30P – 5:30P (Khashayar Kotobi) 03 9:05A – 9:55A (Ni) - Lab W 2:30P – 5:30P (Alex Chen) 04 9:05A – 9:55A (Ni) - Lab W 11:15A – 2:15P (Freddy Galindo) 05 12:20P – 1:10P (Salvia) - Lab W 6:30P – 9:30P (Alex Chen) 06 12:20P – 1:10P (Salvia) - Lab R 2:30P – 5:30P (Khashayar Kotobi) 07 12:20P – 1:10P (Salvia) - Lab R 8:00A – 11:00A (Freddy Galindo) 08 12:20P – 1:10P (Salvia) - Lab R 11:15A – 2:15P (Ben Kirk) 10 12:20P – 1:10P (Salvia) – No lab 01H 12:20P – 1:10P (Salvia) - Lab T 8:00A – 11:00A (Dustin Seltzer) Academic Integrity Statement: I will complete this exam with academic integrity. I will not obtain any unfair advantage over my fellow students in the completion of this exam and I will not assist others in obtaining an unfair advantage. Sign here: ________________________________________________ Grade: /100 NOTE: 1. The exam is composed of 35 multiple choice questions. The first 5 are 2 points each and the others are 3 points each. 2. You are allowed to use the Casio 115 calculator passed out in class (or a personal calculator pre-approved by Prof. Salvia) and the formula sheet attached to this exam. 3. You are NOT allowed any other notes, books, calculators, or cell phones. 4. Show all work, circle the correct answer on the exam booklet, and code your answer on the computer scan sheet. 5. Turn in the computer scan sheet, your calculator , and this exam booklet.
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College Physics
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Chapter 16 / Exercise 41
College Physics
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EE 210 Formula Sheet 2 nd -order RLC Circuit equations Characteristic equation for a series RLC circuit: Characteristic equation for a parallel RLC circuit: LC circuit equations Frequency: ߱ √௅஼ Amplitude: ܣ ൌ ටܸ ஼ை ܫ ௅ை Phase: ߶ ൌ ݐܽ݊ ିଵ ಽೀ ಴ೀ AC power equation RMS equation: Average Power: Maximum Power Transfer Power: ܲ ௅,௠௔௫ |௏ ೚೎ | ଼ோ ೅ಹ |௏ ೚೎,ೝ೘ೞ | ସோ ೅ಹ Bode Plot equations Magnitude conversion to dB: ݃ܽ݅݊ ݅݊ ݀ܤ ൌ 20݈݋݃ ଵ଴ ሺݒ݋݈ݐܽ݃݁ ݃ܽ݅݊ሻ Magnitude conversion to voltage gain: ݒ݋݈ݐܽ݃݁ ݃ܽ݅݊ ൌ 10 ሺ௚௔௜௡ ௜௡ ௗ஻ሻ/ଶ଴ ܲ ܽݒ݁ 1 2 ܸ ܫ cosሺ߮ െ ߮ ሻ watts ܲ ܽݒ݁ ൌ ܸ ௥௠௦ ܫ ௥௠௦ cosሺ߮ െ ߮ ሻ watts ܸ ௥௠௦ ൌ ඨ 1 ܶ ሾݒሺݐሻሿ ݀ݐ ା் ݏ ܴ ܮ ݏ ൅ 1 ܮܥ ൌ 0 ݏ 1 ܴܥ ݏ ൅ 1 ܮܥ ൌ 0

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