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a) Use the equation, dH = TdS + Vdp, divide by dp at constant temperature, and t
a) Use the equation, dH = TdS + Vdp, divide by dp at constant temperature, and the use one of Maxwell’s equation to derive the thermodynamic equation of state: b) Use the equation…
a) Use the equation, dH = TdS + Vdp, divide by dp at constant temperature, and t
a) Use the equation, dH = TdS + Vdp, divide by dp at constant temperature, and the use one of Maxwell’s equation to derive the thermodynamic equation of state: b) Use the equation…
a) Use the example of the altitude of Polaris and its relationship to latitudes
a) Use the example of the altitude of Polaris and its relationship to latitudes on the Earth to show how the accuracy in measuring the altitude of a star translates directly into …
a) Use the figure below to estimate the magnetic field inclination at City X. b)
a) Use the figure below to estimate the magnetic field inclination at City X. b) Assuming that the Earth’s magnetic field is a dipole aligned with the geographic north-south axis,…
a) Use the ideal gas law to derive an expression that has the ratio of volumes o
a) Use the ideal gas law to derive an expression that has the ratio of volumes on one side of the equation and the ratio of pressures on the other (initial and intermediate). Use …
a) Use the two-dimensional diffraction relationship n = d*sin(theta) to calculat
a) Use the two-dimensional diffraction relationship n = d*sin(theta) to calculate the groove spacing, d. Be careful with units, a good tip is to work in meters. b) Calculate the n…
a) Use the worked example above to help you solve this problem. Two billiard bal
a) Use the worked example above to help you solve this problem. Two billiard balls of identical mass move toward each other as shown in the figure. Assume that the collision betwe…
a) Use what you know about titration curves to calculate the pKa for this first
a) Use what you know about titration curves to calculate the pKa for this first proton. b) What is Ka for this first proton? (also called Ka1) 1. Diprotic Acids and Bases Polyprot…
a) Using Disney World in Orlando as an example, explain the multiplier. What are
a) Using Disney World in Orlando as an example, explain the multiplier. What are the three things that influence the multiplier and explain how they impact the number? b) If the M…
a) Using Kirchhoff\'s rules, calculate the current in R 1 with the directions in
a) Using Kirchhoff's rules, calculate the current in R1 with the directions indicated in the figure below. Assume that R1 = 3.00 k?, R2 = 4.00 k?, R3 = 5.00 k?, E1 = 65.0 V, E2 = …
a) Using Kirchhoff\'s rules, calculate the current in R 1 with the directions in
a) Using Kirchhoff's rules, calculate the current in R1 with the directions indicated in the figure below. Assume that R1 = 3.00 k?, R2 = 4.00 k?, R3 = 5.00 k?, E1 = 65.0 V, E2 = …
a) Using Kirchhoff\'s rules, calculate the current in R 1 with the directions in
a) Using Kirchhoff's rules, calculate the current in R1 with the directions indicated in the figure below. Assume that R1 = 4.00 k?, R2 = 5.00 k?, R3 = 6.00 k?, E1 = 70.0 V, E2 = …
a) Using Kirchhoff\'s rules, calculate the current in Rj with the directions ind
a) Using Kirchhoff's rules, calculate the current in Rj with the directions indicated in the figure below Assume that R1 = 1.00 kQ, R2 = 2.00 kQ, R3 = 3.00 kQ, E,-70.0 V, E2 = 60.…
a) Using Little\'s Law, Last year, there were 2,500,000 visitors to a park and,
a) Using Little's Law, Last year, there were 2,500,000 visitors to a park and, on average, each visitor spent 24 hours in the park. Last year, on average, how many visitors were i…
a) Using Little\'s Law, Last year, there were 2,500,000 visitors to a park and,
a) Using Little's Law, Last year, there were 2,500,000 visitors to a park and, on average, each visitor spent 24 hours in the park. Last year, on average, how many visitors were i…
a) Using a function handle, define a MATLAB function that calculates the wind ch
a) Using a function handle, define a MATLAB function that calculates the wind chill temperature according to the following formula: Twc=35.74+0.6215Ta-35.75V^0.16+0,4275Tav^0.16 w…
a) Using accounting costs, your friend says that he is earning an accounting pro
a) Using accounting costs, your friend says that he is earning an accounting profit of $12,000 per year and he works full time for his company as a manager. Your friend has a coll…
a) Using relational algebra laws, perform heuristic optimization on the query tr
a) Using relational algebra laws, perform heuristic optimization on the query trees above. Explain the optimizations (laws) that you apply. b) Using the database statistics given …
a) Using the EDD (earliest due date) decision rule for sequencing the jobs, the
a) Using the EDD (earliest due date) decision rule for sequencing the jobs, the order is (to resolve a tie, use the order in which the jobs were received): Sequence Job The averag…
a) Using the average radius of the Earth in your calculations determine the magn
a) Using the average radius of the Earth in your calculations determine the magnitude of Earth's gravitational field for a 70.0-kg person standing at Earth's surface. b) Using the…
a) Using the data above for Cook\'s D and DFFITS, discuss (F(0.5, 4, 42)=0.85).
a) Using the data above for Cook's D and DFFITS, discuss (F(0.5, 4, 42)=0.85). b) Which of the observations for Cook's D and DFFITS are influential? Y x1 x2 x3 predicted_y cookd_y…
a) Using the data below, determine the subfunctions f i (t); i = 1,..., 6, to cr
a) Using the data below, determine the subfunctions fi(t); i = 1,..., 6, to create a piecewise function, f(t), that models the employment to population ratio in Arizona that best …
a) Using the information provided and results obtained above, apply formula to c
a) Using the information provided and results obtained above, apply formula to compute (i) Accounting Break-even (ii) Cash break-even (ignoring taxes) quantity of sales. Show Work…
a) Using the known values R=8.31 joule.mole-1.k, =1.40 and M=28.8*10^-3Kg for ai
a) Using the known values R=8.31 joule.mole-1.k, =1.40 and M=28.8*10^-3Kg for air, calculate the velocity of sound in air at 0 C. How well does this predicted value agree with you…
a) Using the linspace function create an array called X of length 500 ranging in
a) Using the linspace function create an array called X of length 500 ranging in value from 0 to 4?. b) Create an array called Y who's values correspond to the sine of the values …
a) UsingFaraday’s Law, find the formula for the induced emf as afunction of time
a) UsingFaraday’s Law, find the formula for the induced emf as afunction of time (5 points). b) Calculateinduced emf for t = 0, t =0.10 s, t = 0.20 s (2points). c) …
a) V(r/r^n)=1(r/r^n) - n(rr/r^(n+2)) b) V (dot) (r/r^n) = (3-n)/r^n c) V x (r/r^
a) V(r/r^n)=1(r/r^n) - n(rr/r^(n+2)) b) V (dot) (r/r^n) = (3-n)/r^n …
a) Vegans who do not take supplementation are at increased risk of deficiency of
a) Vegans who do not take supplementation are at increased risk of deficiency of vit A C vit Bl C yit B6 C vit B12 b) Vitamins are different from other nutrients like carbohydrate…
a) Warm-up question Using data from the Appendix, calculate ?G o (in kJ) at 65 o
a)Warm-up question Using data from the Appendix, calculate ?Go (in kJ) at 65 oC for the reaction: N2O(1 atm) + H2(1 atm) ? N2(1 atm) +H2O(l) (Recall, all gases at 1 atm for standa…
a) Watch the talk from AppSec USA 2012 called “The Same-Origin Saga” given by Br
a) Watch the talk from AppSec USA 2012 called “The Same-Origin Saga” given by Brendan Eich (the author of JavaScript). Ignoring much of the developer jargon, summarize why and how…
a) Watch this video and then b) Post a short 5-sentence summary about it. Captur
a) Watch this video and then b) Post a short 5-sentence summary about it. Capture the main points of the film. c) Then identify some sustainable initiative, invention, strategy, t…
a) We can use a heap to implement a priority queue. The Serve( ) function return
a) We can use a heap to implement a priority queue. The Serve( ) function returnsthe highest priority item that will be the maximum heap element.The Enqueue () function insert…
a) We can use a heap to implement a priority queue. The Serve( ) function return
a) We can use a heap to implement a priority queue. The Serve( ) function returnsthe highest priority item that will be the maximum heap element.The Enqueue () function insert…
a) We can use aheap to implement a priority queue. The Serve( ) function returns
a) We can use aheap to implement a priority queue. The Serve( ) function returns the highestpriority item that will be the maximum heap element .TheEnqueue ( ) function inser…
a) We define pH as pH = -log [H + ]; therefore, pH = -log (8.8*10 -7 ) = 6.055 (
a) We define pH as pH = -log [H+]; therefore, pH = -log (8.8*10-7) = 6.055 (ans). b) We know that [H+]*[OH-] = Kw = 1.0*10-14 where Kw is the ionic product of water. Use the relat…
a) Weston Corporation just paid a dividend of $3 a share (i.e., D0 = $3). The di
a) Weston Corporation just paid a dividend of $3 a share (i.e., D0 = $3). The dividend is expected to grow 8% a year for the next 3 years and then at 5% a year thereafter. What is…
a) What amount of heat per unit mass must be removed from water at 0°C to change
a) What amount of heat per unit mass must be removed from water at 0°C to change it back to ice? b) In a heat of fusion of ice experiment, why is the temperature of the water init…
a) What amount of heat per unit mass must be removed from water at 0°C to change
a) What amount of heat per unit mass must be removed from water at 0°C to change it back to ice? b) In a heat of fusion of ice experiment, why is the temperature of the water init…
a) What angle would the beam that leaves the glass surface (after being reflecte
a) What angle would the beam that leaves the glass surface (after being reflected from the silver backing) make with the normal to the glass surface? Provide the answer in degrees…
a) What angle would the beam that leaves the glass surface make with the normal
a) What angle would the beam that leaves the glass surface make with the normal to the glass surface? Provide the answer in degrees. b) How far vertically (d) is the point at whic…
a) What angle would the beam that leaves the glass surface make with the normal
a) What angle would the beam that leaves the glass surface make with the normal to the glass surface? Provide the answer in degrees. b) How far vertically (d) is the point at whic…
a) What are the angular positions of the knee joint and hip joint during heel st
a) What are the angular positions of the knee joint and hip joint during heel strike of walking? A. knee extension angle and hip extension angle B. knee extension angle and hip fl…
a) What are the angular positions of the knee joint and hip joint during heel st
a) What are the angular positions of the knee joint and hip joint during heel strike of walking? A. knee extension angle and hip extension angle B. knee extension angle and hip fl…
a) What are the estimated intercept and estimated slope for the regression of lo
a) What are the estimated intercept and estimated slope for the regression of log energy on log mass for i) non-echo locating bats, ii) non-echo locating birds, and iii) echo loca…
a) What are the estimated intercept and estimated slope for the regression of lo
a) What are the estimated intercept and estimated slope for the regression of log energy on log mass for i) non-echo locating bats, ii) non-echo locating birds, and iii) echo loca…
a) What are the given quantities in the problem? b) Make a diagram of the Earth-
a) What are the given quantities in the problem? b) Make a diagram of the Earth-ISS system and draw in all the forces that are acting on the two objects. c) What are we trying to …
a) What are the physical principles that are important to understanding Newton\'
a) What are the physical principles that are important to understanding Newton's cradle illustrated above? b) Explain why these principles are applicable and use them to predict t…
a) What are the physical principles that are important to understanding Newton\'
a) What are the physical principles that are important to understanding Newton's cradle illustrated above? b) Explain why these principles are applicable and use them to predict t…
a) What are the pros and cons of a sine wave PWM inverter versus a plain square
a) What are the pros and cons of a sine wave PWM inverter versus a plain square wave inverter? b) Sketch a block diagram of a Class D audio amplifier, and briefly explain how it i…
a) What are the species present in a 3.0 M NH3 b) Qualitatively, what is the pH
a) What are the species present in a 3.0 M NH3 b) Qualitatively, what is the pH of this solution c) What reaction(s) might occur when this solution is added to a solution contaiin…