Given a normal distribution with -100 and -10- and given you select a.docx

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Given a normal distribution with = 100 and = 10 , and given you select a sample of n = 25 , complete parts (a) through (d). a. What is the probability that X is less than 94 ? P ( X < 94 ) = .

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Give at least 2 reasons why an entire population of microbes does not die instantly. Each reason should be explained and supported by evidence. Clearly explain what is wrong with the statement. The terms that are Directions for the students: There ore 4 essay questions. Please be sure to comgleie al of them wth inorough nubgtwntive repponses, Citatiepe are reguied for all responsen. There is to vime limit. 1. Precisely what is mierobial death? 2. Why does o population of riciobes not die inatananeosly when e posed to an antiraicrobal agent? continize, provideng evderer and citmions to auppent your stance. .

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Germ Theory was a framework that... All of these argued that disease was caused by pathogenic micro-organisms. argued that medicine could isolate the organism from the diseased 'host,' or human condition shifted expertise in public health from engineers and planners to biologists and clinicians. discredited the 'miasma' theory, which linked disease to noxious "bad air" emanating from rotting organic matter. What is redlining? (check all that apply) the government practice of outlining parkpoor neighborhoods the practice of denying mortgages or loans in specific neighborhoods, usually where communities of color and low-income communities lived the practice of drawing red lines to outline the neighborhoods where banks and lenders shouldn't make loans None of these .

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General Knowledge: In 1927 The Jazz Singer, starring Al Jolson, was historically important as: The last silent film The first sound film ("talkie") A performance that was broadcast exclusively on the radio A Broadway musical set in the 1850s General Knowledge: This rhythmic element heard in Swing music and other jazz-related styles features off-beat accents that go against the regular steady beat. Call-and-response Crooning Improvisation Syncopation General Knowledge: This Country Blues artist exemplifies the "wandering musician" experience of many African-American male performers from the South, in the early-20th century. Blind Lemon Jefferson Gene Austin Jimmie Rodgers Glenn Miller .

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Geert Hofstede surveyed more than 116,000 IBM employees in 40 countries about their work-related values and found the manager and employees vary on five dimensions of natural culture. Using the data from Hofstede, please look at Mexico and the United States and answer the following questions. Write a 3-4 sentence paragraph for each question. 1. How do you think employees in each country might be likely to view their relationship with their boss? 2. How do you think employees in each country might react to a change in the workplace? 3. Looking at the information from Hofstede, why is it important to understand cultural differences? .

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function hOut = evolveWave(hIn,g,H,L,t) % hIn vector of measurements at t=0 % g gravitational acceleration % H water depth % t time at which the surface is evaluated. end g=9.81; H=.5; L=5; t=10; [X,hIn]=profile(L); hOut = evolveWave(hIn,g,H,L,t); It is often very interesting how ideas evolve in Math. Fourier used the technique that now bears his name to study the heat equation. As it happens, the same technique is also very useful when studying wave phenomena, which are mathematically described by a very different type of equation (more on that towards the end of the semester). For now, suffice to say that the theory tells us that in a given medium which supports waves (say, the surface of a body of water), a generic wave can be seen as a sum of simple oscillating functions, which propagate in a simple way. Consider waves on the surface of long and narrow circular channel. The surface elevation can be written as h ( x , t ) = n = N /2 N /2 1 A n e i ( k n x ( k n ) t ) . Here k n = 2 n / L is the wavenumber with L the length of the channel (remember, the channel is circular, so the domain is periodic), and ( k n ) the frequency at which a wave with wavenumber k n oscillates, x is the position along channel (measured from an arbitrary point) and t is time. For water waves we have ( k n ) = g k n tanh ( k n H ) . Here g is the gravitational acceleration and H the depth of the channel. Of course, we interested in the real part of that expression, but by now you should not be afraid to handle complex values. The (complex) coefficients A n are calculate from measurements of the surface at t = 0 . Then the equation above can be used to determine the shape of the surface at any later time. Write Figure 1. Example of Noise and clean signal a Matlab function hOut = evolveWave ( hIn , g , H , t ) that takes a vector hIn of measurements of surface elevation at time t = 0 and return a vector h0ut containing the surface elevation at an arbitrary later time t. H and g are the depth of the channel and the acceleration of gravity. The input vector contains a great number of points, so you must use fast algorithms. Assume that the size of hIn is even. Submit your function via Matlab Grader. Use your function to plot hOut vs. X when X and h In are given by [ X , hIn ] = profile () and t = 10 , g = 9.81 , H = 0.5 , L = 5 . .

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