Visual Studio Short Answer- 1- What is the name of the tool that lets.docx

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Visual Studio Short Answer: 1. What is the name of the tool that lets the developer deploy a WPF application? 2. How do you select an entire table in the Report Designer? 3. What is a service host file? Solution 1,Windows and .net framework include a number of deployment technologies which include: a)clickonce deployment:applications are published to and deployed from the web here.it provides an integration between start meny and program control pannel.Moreoever it supports automatic updates when new versions are released.It also provides the registration of file extensions. b)windows installer: Windows Installer allows the various applications to be packaged as self-contained executables that can be easily distributed to clients and run. Moreoever it simplifies the installation and uninstallation of the programs. 2)in order to select and add a table in report designer we will a)First we will open the client report definition (.rdlc) file in graphical design mode. b)Next in the Toolbox, click on the Table. c)Finally click the design surface of the report. now after a given table is on the report, wecan move it by pointing to the shaded border of the table and dragging it to a new location. 3)The hosting code is present in the service host file.Service host framework is basically used to associate the factory which is used to produce the service which is to be hosted and also includes the various other programming aspects which are being required to access or compile the hosting code which is basically present in the .svc file that we are talking about here. .

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the various other programming aspects which are being required to access or compile the hosting
code which is basically present in the .svc file that we are talking about here.

Week 2 Discussion: I need help understanding the following question: Consider the place where you live (city, town, county, state etc.) and think about local housing market, what can we say about Demand and Supply for housing as related to a geographic area? How would we tie this into current economic conditions? Hint: Consider factors (e.g more green jobs, tourism, etc) that contribute to stable/rising housing market and factors (e.g. disaster prone areas, pollution, etc.) that lead to the opposite. You can all use T-I-P-E-N and P-R-E-S-T to explain why housing prices vary from one city to another. Solution One could drive until the household qualifies for a mortgage. The willingness to migrate for affordable housing considerably expands the geography of supply. The result is sprawl. Sprawl bad. The push for greater density is normative, a geographic fetish. Expanding the geography of supply is not OK. Suddenly, the real estate market doesn\'t look so agnostic. Regardless, sprawl is one way a region can deal with a problem of housing affordability. Migration is a lot nimbler than changes to zoning and casting bedroom eyes at real estate developers. I would hope that all readers appreciate that geographic scale impacts the supply of housing. The point of greater density is to make a hot residential neighborhood affordable, not an entire metro area. Proponents of greater density promote the geographic distortion of housing supply, not a less regulated real estate market. The dense mixed-use urban utopia of walkability is this generation\'s suburban idyll. .

Week 2 Discussion- I need help understanding the following question- C.docx

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We will assume the universe is expanding at a constant rate. At t = t0Â another galaxy is a distance D0Â away from us as shown in the diagram. For the purposes of this exorcise it will be easier to think of the other galaxy being at 0 and we are moving away from it, with us being at location D0Â at t0. 1. If we assume the two galaxies were at the same location a t = 0, find an equation for the distance between the galaxy as a function of time, D(t). 2. Find the speed at which the galaxy are moving apart. 3. At t0Â light leaves the galaxy at 0 headed for us at a speed c. How long does it take the light to reach us? Do not forget to include the fact that we are moving away from the other galaxy, which means the light will have to travel farther than D0Â to reach us. Solution if we assume constant rate of expansion of the universe then for a distance s between two galaxies their rate of seperation is ds/dt = k ( where k is a constant) given distance at t = to is s = Do distance at t = 0 is s = 0 distance at t = t is s = D(t) hence ds/dt = k s = kt + c ( where c is another constant) hence Do = k*to + c 0 = c hence k = Do/to hence s = Do*t/to 1. D(t) = Do*t/to 2. speed at which they are moving apart = v v = ds/dt v = d(D(t))/dt = Do/to 3. at to, light leaves galaxy at x = 0 it reaches us at time t = to + t then time taken for it to travel distace = t distance = Do + v*t hence Do + v*t = c*t hence t = Do/(c - v) = Do/(c - Do/to) .

We will assume the universe is expanding at a constant rate- At t - t0.docx

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We normally think of the arts as very different from technologies in spite of the fact that art (with perhaps a few exceptions) is practiced with the help of technology. This practice creates interdependence between technology and art. To what extent does art respond to, or is shaped by, the technology that enables it? To what extent have advanced and accessible digital technologies, such as websites, digital photography, and YouTube, changed the relationship between art and technology? Are these technologies reshaping our attitudes toward artists? Solution Ans; Art, to a very large extent, is shaped by the technology that enables it. In fact it is technology that led to invention of portable paint tubes, a pre-requisite for most art forms. Technology provides a medium, a way to the artists to express themselves. For example silkscreen painting as an art form is a technological find. The digital revolution which is taking place, thanks to the new and emerging digital technologies is strengthening the bond between art and technology. Digital technologies helps artist innovate and apply new methods to present their art. For example \"the petting zoo by mimimaforms\" uses technology to showcase their art work. (this can be viewed on youtube). Yes, these technologies are re-shaping our attitudes toward artists. Earlier artists and their art works were considered exclusive, meant for the rich people. With technologies like websites, youtube etc. even common people belonging to the middle class can have access to the artworks and this has changed attitude as artists and their art works are now considered more inclusive. .

We normally think of the arts as very different from technologies in s.docx

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We discussed how the processor routes data between internal components in the Chip. Using simple Register Transfer Language notation (t0: dest leftarrow source), show how the following instruction would be processed if we have the indicated transfer registers in the route the signals will take. (The instruction has been decoded and IR2 has the needed address of variable1.) IR2 - instruction register holding the address MAR - memory address register MDR - memory data register REGn - internal register (in control unit) Here is the instruction: mov r12, [variable 1] Solution The Register Transfer Language RTL is a simple, human-oriented language to specify the operations, register communication and timing of the steps that take place within a CPU to carry out higher level (user programmable) instructions. The operand : MOV Description : The move the input operand at a register to the second by a word copy The operations are in data movement MOV MVN Examples: MOV ro, r1 MOVS r2, #10 NVNEQ r1, #0 Now we have to processed the following register transfer language instruction MOV r12, [variable1] That variable may be register for example: R2, R0, R5, etc….. The some example for MOV R12 MOV R12, R4 = R4 rotated the value MOV R12, R0, LSL#2 = Shift R0 left by 2 .

We discussed how the processor routes data between internal components.docx

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We normally think of the arts as very different from technologies in spite of the fact that art (with perhaps a few exceptions) is practiced with the help of technology. This practice creates interdependence between technology and art. To what extent does art respond to, or is shaped by, the technology that enables it? To what extent have advanced and accessible digital technologies, such as websites, digital photography, and YouTube, changed the relationship between art and technology? Are these technologies reshaping our attitudes toward artists? Solution Interest in new technologies on the part of artists has always been an important element of the development of art, but it was only in the 1960s that the creative practices known today as the main reference point for technological art were established. Such new initiatives appeared in the Poland of the 60s, during the Thaw period, when the attitudes towards activities at the interface of art, design, and technological development were much more accepting. This includes, among others, works created at the Polish Radio Experimental Studio, as well as the artistic practices stemming from Mieczysaw Porbski\'s seminars, devoted to the relationship between art, science, and technology (participants included Ryszard Winiarski, Feliks Falk, and Grzegorz Kowalski). 1 Other artistic phenomena involving art and technology include some works created at the Workshop of the Film Form, and the later solo works by such Polish artists as Krzysztof Wodiczko orZbigniew Rybczyski. .

We normally think of the arts as very different from technologies in s (1).docx

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We reproduce the class Money here, in part: class Money{ public: Money( ); Money(int dollars, int cents); Money(int dollars); Money(double amount); // other public members const Money operator+(const MoneyADD& amt2); int getCents( ) const; int getDollars( ) const; private: int dollars; int cents; //other private members }; Note that * is not overloaded in the class, but operator+ is overloaded using an operator function with the following declaration: const Money operator+(const Money& amt2); The question is: Given the declarations Money baseAmount(100, 60); // $100.60 Money fullAmount; which of the following operations are legal? Why or why not? A) 25 + baseAmount; B) baseAmount = 2 * baseAmount; C) baseAmount + 25; D) baseAmount + baseAmount. Solution D) baseAmount + baseAmount. Because both are of type Money .

We reproduce the class Money here- in part- class Money{ public- Mone.docx

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We have two oscillators, used to measure time. One is a vertical mass-and-spring system. The other is a simple pendulum. On earth the two systems have the same period. How do their periods compare on the moon? A. Both periods become longer. B. only the pendulum\'s period becomes longer C. Only the mass-and-spring\'s period becomes longer D. Neither period changes at all. E. none of the above If a mass hangs from a vertical spring and is moving up and down, you take one video of the motion on earth and then take another video of its motion on the moon, can you tell the difference between the two motions? Solution time period of simple pendulam= 2*pi sqrt(l/g) so time period inversly propotional to gravitaion constant. time period of verticle ossilator= 2*pi sqrt(k/m) so time period does not depend on g. we knows g of moon < g of earth. so on moon g is less then that of earth. so g decreases, so time period of pendulam increase as time period of pendulan is inverse of sqrt g. and time period of oscillator remains the same. so option B. only pendulam\'s timeperiod becomes longer. .

We have two oscillators- used to measure time- One is a vertical mass-.docx

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Water of constant density The solution is: Can someone show me how to obtain this? (rho) (Di) (pi) (.8 Di) F = -1.99 rho Q2/D2 I + (pi piD2 i/4 +rhoQ2/pi D 2 i)j L = pi/rho - 1.17 Q2/D 4 I To = 1.9 rho Q2 L/D 2 I (k) Solution Mass flow rate m = rho*Q where Q = pi/4*Di^2*Vi m = rho*pi/4*Di^2 *Vi Also, Q = Ai*Vi = Ae*Ve Q = pi/4 * Di^2 *Vi = pi/4 * De^2 *Ve Ve = Vi*(Di / De)^2 Ve = Vi*(1 / 0.8)^2 Ve = 1.5625*Vi Pi + 1/2*rho*Vi^2 = Pe + 1/2*rho*Ve^2 But Pe = 0 (atmospheric) Hence, Pi + 1/2*rho*Vi^2 = 1/2*rho*(1.5625*Vi)^2 Pi = 0.7207*rho*Vi^2 Vi = 1.178*sqrt (Pi / rho) Force Fx = -m*Ve = -rho*Q*Ve = -rho*Q*(4Q / (pi*De^2)) = -rho*Q^2 *(4/pi)/(0.8*Di)^2 = -1.99*rho*Q^2 / Di^2 Force Fy = pi*Ai + m*Vi Fy = Pi*(pi/4)*Di^2 + rho*Q*Vi Fy = Pi*(pi/4)*Di^2 + rho*Q*Q / [(pi/4)*Di^2] Fy = Pi*(pi/4)*Di^2 + 4*rho*Q^2 / (pi*Di^2) Thus, Total F = Fx i + Fy j F = -1.99*rho*Q^2 / Di^2 i + [Pi*(pi/4)*Di^2 + 4*rho*Q^2 / (pi*Di^2)] j .

Water of constant density The solution is- Can someone show me how to.docx

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