Use a double angle formula to find the exact value of the given expr.pdf

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Use a double angle formula to find the exact value of the given expression 2 cos ^2 7pi/12 -1 = (simplify your answer. Type an exact answer using radicals as needed. Use integers or fractions for any numbers in the expression.) Solution 2cos2x -1=cos(2x) 2cos2(7pi/12) -1 =cos(2*7pi/12) =cos(7pi/6) =-cos(pi/6) =-(3)/2 so 2cos2(7pi/12) -1=-(3)/2.

$Use a double angle formula to find the exact value of the given expression 2 cos ^2 7pi/12 -1 = (simplify your answer. Type an exact answer using radicals as needed. Use integers or fractions for any numbers in the expression.) Solution 2cos2x -1=cos(2x) 2cos2(7pi/12) -1 =cos(2*7pi/12) =cos(7pi/6) =-cos(pi/6) =-(3)/2 so 2cos2(7pi/12) -1=-(3)/2$

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How does multicore differ from a classic multiprocessing environment.pdf

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How the non-dense index works? How the non-dense index works? Solution Dense Index: An index record appears for every search key value in file. This record contains search key value and a pointer to the actual record. This makes searching faster but requires more space to store index records itself. Index records contain search key value and a pointer to the actual record on the disk. A non-dense index has: One entry for each block One entry for each different value Sparse Index is non-dense index In sparse index, index records are not created for every search key. An index record here contains a search key and an actual pointer to the data on the disk. To search a record, we first proceed by index record and reach at the actual location of the data. If the data we are looking for is not where we directly reach by following the index, then the system starts sequential search until the desired data is found..

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Given below is the response of several types of temperature sensors. Which type of temperature sensor has (a) highest sensitivity at low temperatures, (b) best linearity, (c) applicable for high temperatures? What does Fourier analysis of signals mean? What information can one extract once the analysis has been performed? How is this information useful to engineers? Solution Best linearity is of RTD Thermocouple is capable for higher temperatues Thermistor has highest sensitivity at low temperatures.

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For every one NADH molecule oxidized at complex I, how many TOTAL hydrogen ions are pumped across all of the complexes from the mitochondrial matrix to the inner membrane space? A:1 B:10 C:12 -An explanation would be appreciated! Solution Answer is B: NADH is the rich source of electron and it possess high reduction potential. So it transfer electrons (2e-) to oxygen through various complexes of Electron Transport Chain of Mitochondria. Those are Complex-I ----> Complex-III & Complex-IV. During electron transfer, 4:2:4 protons pumped form mitochondrial matrix to peri mitochondrial space via Complex-I, Complex-III & Complex-IV respectively.

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explain as specifically as possible how each of the following helps to enhance safety in the microbiology lab. Explain whether each is necessary in all instances. Negative air flow (i.e., air flows into laboratory rather than out Solution 29 Equipments every microbiology laboratory should have General Concepts : The clinical presentation of an infectious disease reflects the interaction between the host and the microorganism. This interaction is affected by the host immune status and microbial virulence factors.Sings and symptomes vary according to the site and severity of infection. Diagnosis requires a composite of information, including history, physical examination, radiographic findings, and laboratory data. In fections may be caused by bacteria, viruses, fungi, and parasites. The pathogen may be exogenous(acquired form environmental or animal sources or from other persons) or endogenous (from the normal flora)..

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All answers are in the form of True/False with a explantion as to why: 1) An ideal band-pass filter centered (at ± 0) can be created by just multiplying the sinc function by cos(0t) in the the time domain. 2) Nyquist theorem deals with windowing of a signal in the time domain, which is translated into leakage in the frequency domain. 3) The global frequency response of an LTI system composed of two LTI systems in parallel with each other is simply the addition of the individual frequency responses of the systems. 4) We can find the H(j) of an unknown LTI system by stimulating it with a impulse and taking the Fourier Transform of its response. Another more realistic way is to stimulate the LTI system with a unit step function (signal), take the Fourier Transform of its response, multiply it by (j) for every 0 and divide it by pi at =0. ^I believe that one is true, but I am needing help forming an explanation. 5) A first step towards sampling an unknown analog signal without aliasing is to low-pass filter the signal. Solution 1) False Because fourier transform of sinc function is rectanctangular function in frequency domain, and fourier transform of cos function is impuse function. So when when multiply in time domain that means convoution in frequency domain. And if ve convolude rectangular function with impulse function then it would be rectangular pulse train. Which is not ideal band paas filter at w=0. 2) False It would be either window or leakage in time domain or frequency domain. 3) TRUE It is simply understand by block reduction method in control system. When there is another forward block we add both maid forward block with secondry forward block. OR LTI is linear in nature so add in parallel and multiply in series. 4) TRUE Its because the response or tansfer function of any system is called impulse response. It means when the input is Impuse function what is the output of that system. Same as the relation between unit imulse response and impuse respone in just fouries tranfer of unit step function. Because the fourier transform of impulse is unity. so if input is unit step function multiply it by (j) for every 0 and divide it by pi at =0.(1/(i)+(),) 5)FALSE Low paas filter use after sampling to recover the original signal..

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4. Pick out any text-mining tool that impressed you the most and discuss an overview of its text mining process, sentimental & speech analytics. Solution LanguageWare is a natural language processing (NLP) technology developed by ibm, which allows applications to process natural language text. It comprises a set of Java libraries which provide a range of nlp functions: language identification, text segmentation/tokenization, normalization, entity and relationship extraction, and semantic analysis and disambiguation. The analysis engine uses Finite state machine approach at multiple levels, which aids its performance characteristics, while maintaining a reasonably small footprint. Speech analytics: Speech analytics allows users to analyse and extract information from both live and recorded conversations. It is being used effectively to gather intelligence for security purposes, to enhance the presentation and utility of rich media applications, and perhaps most significantly, to deliver quantitative business intelligence through the analysis of the millions of recorded calls . Sentiment analysis: Sentiment analysis is a branch of speech analytics that focuses specifically on assessing the emotional states displayed in a conversation. One common use of sentiment analysis within contact centres is to provide insight into a customer’s feelings about an organisation, its products, services, customer service processes, as well as its individual agent behaviours..

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At the end of this lecture you should be able to Compare and contrast homofermentative and heterofermentative lactic acid fermentation. Describe how electron transport chains produce energy. Describe syntrophy and how it benefits multiple organisms. Describe anacrobic respiration and the role it plays in soil denitrification. The answers to these questions are covered both in the lecture material and the textbook. What is a important intermediate molecules shared by many fermentation reactions? What are some of the different end products of fermentation reactions and what determines which end product will be produced by bacteria? Define the term substrate-level phosphorylation. How does it differ from oxidative Assuming an organism is facultative, what cultural conditions dictate whether the organism obtains energy from substrate-level rather than oxidative phosphorylation? Why is syntrophy also called \"interspecies H_2 transfer\"? Describe the Stickland reaction. What are the starting molecules of this reaction and how is energy produced from this type of fermentation? Using the figure below, describe how electron transport chains produce energy? What type of phosphorylation typically occurs with electron transport chains? What do all electron transport chains have in common? Can bacteria without an electron transport produce energy and a proton motive force? so how? Solution Ans 1: Homofermentative LAB ferment glucose with lactic acid as the primary by-product. Homofermentative LAB include Lactococcus spp. that are used in dairy starter culture applications where the rapid development of lactic acid and reduced pH is desirable. Other homofermentative LAB include yogurt strains consisting of rods (Lactobacillus delbruckii subspecies bulgaricus, Lb. acidophilus) and cocci (Streptococcus salivarius subsp. thermophilus) and thermophilic strains that might be used in cheese (e.g., Lb. helveticus). Other homofermentative cocci that might be found in milk and dairy products, but are rarely used as starter cultures include other Streptococcus spp., Enterococcus, Pediococcus and Aerococcus. Heterofermentative LAB ferment glucose with lactic acid, ethanol/acetic acid and carbon dioxide (CO2) as by-products. Testing for heterofermentative fermentation generally involves the detection of gas (e.g., CO2). With the exception of certain fermented milk products, heterofermentative LAB are rarely used as dairy starter cultures, although they are not uncommon in milk and dairy products. If allowed to grow to significant numbers, they can cause defects related to their acid and CO2 production, such as slits in hard cheeses or bloated packaging in other dairy products. Heterofermentative LAB include Leuconostoc spp. (Gram-positive cocci) and Gram-positive rods such as Lactobacillus brevis, Lb. fermentum, and Lb. reuteri. Other Lactobacillus species are considered “facultatively” heterofermentative, meaning they will produce CO2 and other by- products only und.

At the end of this lecture you should be able to Compare and contrast.pdf

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Case Study Amanda is a 22 year old newly qualified teacher who loves adventure. She was born with a genetic condition called Cystic Fibrosis but she doesn’t let this hold her back in life. She has decided to take her first teaching job abroad in Abu Dhabai. She knows some teacher friends who already live there and they tell her about the plentiful jobs, high pay and bustling social life not to mention the luxurious shopping malls. It all seemed very exciting. All she has to do now is reassure her parents she can manage her illness while living abroad. Due to her condition thick mucus builds up in her lungs which causes chronic cough, wheezing and increased susceptibility to lung infections such as pneumonia. Finally the plan hatches and she finds herself aboard a direct flight to Abu Dhabai. Over the next month Amanda settles into life in Abu Dhabai. She loves her new job and meets lots of people from all over the world. Unfortunately the thrill is short lived and Amanda comes down with a major lung infection. She goes to the hospital and after taking note of her symptoms and examining her chest x-rays doctors conclude that she has a severe case of pneumonia. They send her sputum specimens to the lab for culturing and immediately treat her with antibiotics against Pseudomonas aeruginosa, Streptococcus pneumonia , Streptococcus pyogenes, the most common causes of pneumonia in CF patients. They also give her aspirin to reduce her fever. Amanda calls home and lets her family know she is in hospital and had chest x-rays that revealed lesions in her lungs in the pattern of organizing pneumonia. She can barely speak on the phone due to her persistent cough and shortness of breath. Her head aches and she still has a high fever. Her parents waste no time flying over to be with her. A week into her hospital stay Amanda’s symptoms have not improved, in fact they are much worse. Her respiratory symptoms increased in severity and she also developed gastrointestinal symptoms including nausea, vomiting and diarrhea. The sputum cultures came back inconclusive and doctors are left searching for answers as to the cause of Amanda’s pneumonia and recent GI symptoms. They run tests for more species of bacteria, fungi and viruses that could be causing the lung infection. At this point they suspect that she has viral pneumonia and administer intravenous ribavirin and discontinue other antibiotics. She is also put on a ventilator as doctors fear she is close to respiratory failure. Her parents watch anxiously as their exhausted daughter coughs sporadically and lapses in and out of consciousness. Finally they are relieved when doctors tell them they finally know the cause of her symptoms. An rRT-PCR test revealed the presence or MERS-CoV in Amanda’s sputum. She has MERS. Unfortunately the doctors have no good news as they share the reality that there is no specific treatment for MERS and all they can do for Amanda is support her breathing and vital body functions wh.

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Write an equation for the function graphed. Show the work to find the value of a Solution 22)roots are x =0,3 numerator has x(x-3) vertical asymptotes at x =-3 , x=4 denominator has (x+3)(x -4) function is of the form y =a[x(x-3)]/[(x+3)(x -4)] horizontal at y =-2 limx-->infinitya[x(x-3)]/[(x+3)(x -4)] =2 limx-->infinitya[x2(1-(3/x))]/[x2(1+(3/x))(1 -(4/x))] =2 =>a[(1-(0))]/[(1+(0)(1 -(0))] =2 a =2 function is y =2[x(x-3)]/[(x+3)(x -4)].

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