Mixed Definition and 270 Threads

Mixed-use development is a term used for two related concepts:

In the sense of mixed-use zoning or mixed-use planning, it is a type of urban development, urban planning and/or a zoning type that blends residential, commercial, cultural, institutional, or entertainment uses into one space, where those functions are to some degree physically and functionally integrated, and that provides pedestrian connections. Mixed-use development may be applied in new real estate development projects in a city or suburb, or may apply to a single building, existing or new neighborhood, or in zoning policy across an entire city or other political unit.
In the sense of a mixed-use complex, mixed-use project, etc., a mixed-use development refers to "a development" — a building, complex of buildings, or new district of a community that is developed for mixed-use by a private developer, (quasi-) governmental agency, or a combination thereof. A mixed-use development may be new construction, reuse of an existing building or brownfield site, or a combination.

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  1. A

    News Mixed Economy the only real and reasonable economic system?

    After watching socialism and capitalism, looks like they both fail in idealizing human beings, markets or goverment(in resume human beings). European countries are mixed economies and USA surpasses England implementing Mixed economy not capitalism. The American School (also known as the...
  2. P

    Is the Prisoner's Dilemma Example in Gintis' Game Theory Book Incorrect?

    Homework Statement I am trying to study a mixed-strategy phenomenon form the book: Game Theory Evolving:A Problem-Centered Introduction to Modeling Strategic Interaction (Second Edition) by Herbert Gintis. There is an example (The Prisoner's Dilemma) which looks as follows...
  3. D

    Mixed State QM: Unpacking the Non-Diagonal Density Matrix

    what do the non-diagonal components of a density matrix tell us about the mixed state we are in?
  4. M

    Why Don't Gas Mixtures Segregate in a Sealed Container?

    As I understand, a gas mixture, say 50% C4H10 and 50% Air, will not segregate and form layers with the heavier gas at the bottom even in a sealed container. This is due to the constant movement of gas molecules. Is my understanding correct? Does this depend on pressure? Thanks
  5. S

    Understanding Decoherence and Pure to Mixed Transitions

    Hi, I keep confusing myself between decoherence and the transition from pure to mixed, both of which, as far as I know, come about due to the interaction of a system with the environment. I like to think about things in terms of the density matrix to get it solid in my head. Can someone...
  6. Artlav

    What is the difference between mixed light and pure light?

    Mixed light and "pure" light? We all know from our young days that mixing paints give you different colors, like yellow and blue gets green. What i wondered about is what kind of light will it be? If you shine blue and yellow light on something, you will see green. There is also not much...
  7. D

    Finding end temperature of mixed substances

    hi I am having a bit of a problem with this anybody care to help me out? a calorimeter contains 0.761kg of water. both calorimeter and water have the temperature 4 degrees celsius. 0.054kg of liquid glycerol at 26 degrees celsius is then poured into the calorimeter. find the end temperature...
  8. CFDFEAGURU

    MOX (Plutonium-Uranium mixed Oxide) Nuclear Fuel

    Hello all, I just read an article in POWER magazine for this month (January 2010) that Japan is now operating a MOX-fueled reactor. In this article it is stated that MOX-fuel usage should be about 5% globally this year. Is that statement accurate given the small number of facilites that...
  9. K

    Pure mixed entangled confusion

    I have read quite a bit on here and elsewhere, but am still coming to terms with pure, mixed, entangled and product states. I know a state is either mixed or pure, but then is engtaglement a sub-class of being mixed? Or a sub-class of being pure? Or is entangled another name for pure? Or...
  10. K

    1-D Wave equation with mixed boundary conditions

    Homework Statement Solve, u_{t} = u_{xx}c^{2} given the following boundary and initial conditions u_{x}(0,t) = 0, u(L,t) = 0 u(x,0) = f(x) , u_{t}(x,0) = g(x)Homework Equations u(x,t) = F(x)G(t) The Attempt at a Solution I solved it, I am just not sure if it is right. u(x,t) =...
  11. S

    Final Pressure of Mixed Gases at 25°C

    Two separate flasks are each filled with a gas at 25 degrees Celsius; the valve between them is opened and the gases are allowed to mix. What would be the final pressure in torr after mixing, if initially F2 is in the first flask (Volume = 2 L) at 271.78 torr and N2 is in the second flask...
  12. N

    Commutativity of Mixed Partials Theorem

    What's the name of the theorem that tells you that mixed partials are commutative? Not Clairaut's theorem... https://www.physicsforums.com/showthread.php?t=354427
  13. S

    Mixed up with Work and Power and Force

    Hi, I have a mix-up with power and work and force too. My problems stem from this question: A plane of mass M consumes P Power in order to stay afloat. Express the power used in terms of M and other relevant constants. The more I thought about this problem, the more I got confused. It makes...
  14. P

    Calculating Uncertainty in a Quantum Oscillator Mixed State

    Homework Statement Consider a quantum oscillator in a mixed state described by the density operator \rho = \frac{1}{2}( |\alpha><\alpha| + |-\alpha><-\alpha| ) . Calculate \Delta (\hat{X}^2)_1 and \Delta (\hat{X}^2)_2 in this case. Where X1 and X2 are the dimensionless position and...
  15. Ivan Seeking

    Louisiana JP Refuses Interracial Marriage License

    Apparently that would include the child of a mixed marriage who now resides in the White House.
  16. J

    Eigenvalues/functions of a mixed potential

    Homework Statement Find the first two energy eigenfunctions and eigenvalues for a particle in a potential V(x)=\frac{1}{2}m\omega_0^2\left(x^2-2cx\right) Homework Equations H=\frac{p^2}{2m}+V(x)=\frac{p^2}{2m}+\frac{1}{2}m\omega_0^2\left(x^2-2cx\right)...
  17. N

    Theorem that says partial and ordinary derivatives are mixed?

    F(q_1,...,q_n,t) \frac{d}{dt}\frac{\partial}{\partial \dot{q}} \frac{dF}{dt} = \frac{\partial}{\partial q} \frac{dF}{dt} what's the theorem that says partial and ordinary derivatives are mixed?
  18. C

    Mixed Distributions Homework: Showing Marginal Distribution of X

    Homework Statement Let X ~ Poission (\lambda \theta). Suppose \lambda ~ gamma (h,h-1) and \theta ~ generalized Pareto (\alpha, h-1,k). Show that the marginal distribution of X is \frac{\Gamma(\alpha + k) \Gamma(\alpha + h) \Gamma(\alpha + x) \Gamma(k + x)}{\Gamma(\alpha) \Gamma(h)...
  19. K

    Notation for 2nd-order mixed derivatives

    Homework Statement According to Wikipedia and one of my calculus textbooks: (I am used to this notation) But I've seen another source writing fxy=∂2f/∂x∂y=∂xyf which is totally inconsistent with the above. How come? Which one is standard? Is the second one wrong, or is it acceptable? The...
  20. M

    Is a Pseudo-Wavefunction Really a Mixed State?

    Hello, I'm studying pseudopotentials right now, and I had an epiphany that the pseudo-wavefunction is really mixed-state of the original Hamiltonian. Has anyone ever thought about a pseudo-wavefunction that way? Just curious. modey3
  21. J

    Is a mixed second rank tensor reducible?

    As a complete novice, I'm reading a text which says that a mixed second rank tensor T^{u}_{v} is reducible but don't see how. Anyone care to show me? :wink:
  22. S

    Dipole interaction potential for mixed species

    Homework Statement Not a homework question. I need the solution to this to model another problem. We all know the potential for the electromagnetic dipole dipole interaction (e.g. see Jackson) I want to know if there is a solution to the problem in which there are several replicas of the two...
  23. J

    Fourier transform with mixed derivatives/ 2nd order ODE

    Homework Statement Hi, So I'm suppose to solve the following problem: \left.\frac{d^{2}u}{dt^{2}}-4\frac{d^{3}u}{dt dx^{2}}+3\frac{d^{4}u}{dx^{4}}=0 \left.u(x,0) = f(x) \left.\frac{du}{dt}(x,0) = g(x) Homework Equations The Attempt at a Solution First I use Fourier transform on...
  24. D

    Green's Function for Poisson Equation w/ Mixed BCs

    Hello I am trying to build a 3D Poisson solver using method of moments. I need to find out the Green's function for the system. My system is a rectangular box and boundary conditions are as follows: On all surfaces BC is neumann. Only on the upper and lower surface, the middle 1/3 region...
  25. B

    Hey has anyone mixed this metals?

    has anyone mixed titanium,tunsten,carbonated steel,vanadium and chromium togeather to make a alloy
  26. W

    What Is the Formula of a Mixed Copper Salt Formed with OH- and Br- Ions?

    Homework Statement Cu2+OH-, and Br- form a mixed salt formula Cux(OH)yBrz. In an experiment to determine the values of x, y, and z in the formula of this compound, .760 g CuBr2 (223.4 g/mol) was dissolved in water and reacted with 10.22 ml 0.555M NaOH. Assume that in this reaction, all of...
  27. M

    Understanding Mixed vs Pure States in Quantum Mechanics

    Does the quote below (from a textbook) make sense to anyone? The context is that they are introducing mixed states, and the quote below is how they refer to the pure states discussed in previous chapters. Here is the quote: "In quantum mechanics, such maximum information is contained in a...
  28. O

    Quantum superpositions of mixed states.

    Suppose you have a system which consists of a number of non-interacting particles in some potential trap. These particles are essentially identical; but each is in a different energy level (in a different energy eigenstate). Such a system is a completely mixed system (also called a 'mixed...
  29. S

    Voltage and current calculation on a mixed circuit

    Homework Statement I have the following circuit http://informatici.vankeer.eu/files/2/Untitled.png R1 = 22 ohm, R2 = 39, R3 = 82, R4 = 100,R5 = 10 and V = 2volt I'm asked to calculate the voltage and current over de resistors when the switch is open and when the switch is closed...
  30. K

    Mixed States of Silver Atoms in a Stern-Gerlach Experiment

    Homework Statement In an experiment, we've isolated silver atoms that are in a purely |\uparrow \rangle state with respect to the z-axis, and feed these into a Stern-Gerlach apparatus oriented at an angle of \frac{\pi}{4} between the x and z axes, which measures an observable we will call...
  31. I

    What is the Correct Volume of the Reaction Mixture at STP After Completion?

    Homework Statement Consider the following gas phase reaction: http://scholar.uh.edu/webct/RelativeResourceManager/Template/Imported_Resources/20053H_CHEM1331_08946_QIZ_200511041405291131475017966%20folder/QIZ_6442871_M/my_files/test_images/f5g1q49g1.gif 400. mL of NO at STP is reacted with...
  32. P

    Interpreting magnitude of HSPICE's FFT-output of mixed signals

    I ran a time-domain simulation in HSPICE & I am trying to analyze the frequency content of the transient current draw...(FYI- I have the power systems "impedance vs. frequency" curve, and my aim is to determine the noise voltage on my power rail given its impedance now) So I run FFT...
  33. T

    Mixed Quantum States: Definition, Uses & Homework

    I have a book on quantum computation that explains the concept of a mixed quantum state. The definition is pretty plain, you just have a boring probability distribution over a set of quantum states. What I would like to know is why we need mixed states. How are they represented physically in...
  34. N

    Laplace's equation on a rectangle with mixed boundary conditions

    Homework Statement Solve Laplace's equation inside the rectangle 0 \le x \le L, 0 \le y \le H with the following boundary conditions u(0,y) = g(y)\text{, } u(L,y) = 0\text{, } u_y(x,0) = 0\text{, and } u(x,H) = 0 Homework Equations The Attempt at a Solution I know that with...
  35. pluviosilla

    Understanding Mixed Conditional PDFs in Continuous and Discrete Variables

    I ran across this identity for a conditional PDF where the dependent random variable X is continuous and the independent variable N is discrete: \frac{P(x<X<x+dx|N=n)}{dx}=\frac{P(N=n|x<X<x+dx)}{P(N=n)}\frac{P(x<X<x+dx)}{dx} In the limit as dx approaches 0 this yields: f_{X|Y}(x|n)...
  36. L

    Charge and potential differnecr in a mixed circuit

    Homework Statement a potential difference V = 100 V is applied across a capacitor arrangement with capacitances C1 = 11.0 µF, C2 = 7.00 µF, and C3 = 3.00 µF. Find the following values Charge on each capacitor, potential difference on each capacitor, and stored energy in Joules. The circuit is...
  37. E

    Divergence of mixed II-order tensors

    Dear friends, How is the divergence in curvilinear coordinates of a second order mixed tensor defined? I mean, shall I contract the covariant or the contravariant index?? And for both cases which is the physical meaning? \nabla_i N^i_j or \nabla_j N^i_j ? Thanks a lot, Enzo
  38. D

    Difference between Mixed State and Superposition

    What is the difference between a mixed state and a superposition?
  39. P

    What Is the Theorem Regarding Mixed Partial Derivatives Called?

    I remember before reading bits and pieces about how if we have a function of two variables, say f = f(x,y), then it must be true that d/dx(df/dy) = d/dy(df/dx), where the "d"'s are partials. Can anyone guide me to what this theorem is called or to its implications? Also, does it work in...
  40. Simfish

    Notation for mixed strategies in Game Theory

    Quote: "Let G = <N, (A_i), (u_i)> be such a strategic game. We denote by \Delta (A_i ) the set of probability distributions over A_i and refer to a member of \Delta (A_i ) as a mixed strategy of player i; we assume that the players' mixed strategies are independent randomizations. " So...
  41. S

    About mixed state and pure state

    I don't have any problems dealing with mechanical calculations(I think), but yet I have some conceptual problems with mixed state(= statistical mixture?) and pure state in QM. - pure state : |Φ> = 1/sqrt2 ( |↑> + |↓> ) - mixed state : ρ = 1/2 ( |↑><↑| + |↑><↑| ) What is the difference...
  42. B

    Solve Mixed Questions: 1-7 | Find the Answer

    1. The speed of a body of mass, m, moving horizontally, increases from u to v over a distance, d, under the influence of a constant resultant force, F, in the direction of motion. The energy transferred to the body is: 1. Fd 2. m/2*(v^2 - u^2) 3. 1/2*(mv)^2 The options are: 1 only, 2 only, 1 &...
  43. H

    Momentum, Gravity and Friction Mixed Problem

    Homework Statement A 15g bullet is fired from a gun, leaving the gun with a muzzle velocity of 750m/s. It hits and sticks in a 1250g wooden block. The block is on a table 5.0m away from edge. The table is 1.1m above the floor and between the block and the table surface constant of kinetic...
  44. C

    Transformation of Rank 2 mixed tensor

    Thanks for the help on the other questions. I am having trouble with another derivation. Unlike the others, it's not abstract whatsoever. Okay I wish to find the transformation Law for the components of a rank 2 tensor. Easy, I know: T: V^* \times V \mapsto \mathbb{R} So T =...
  45. T

    Finding percentage of carbonate in mixed sample titration

    [SOLVED] Finding percentage of carbonate in mixed sample titration A sample of mixed carbonates, SrCO3 (147.63 g/mol) and Li2CO3 (73.89 g/mol), weighed 0.5310 grams. If this sample is titrated with acid, it is found that 29.47 mL of 0.3400 M HCl are required to reach the endpoint. What is the...
  46. S

    Separating rubber that is mixed in with stone?

    Just looking for a few idea for me to explore. Basically I have a lump of material that is little bits of stone and rubber stuck together that I need to separate. Any ideas welcome Thanks
  47. S

    Edge, Screw, and mixed dislocations

    Does anyone have an idea as to the relative abundance of each of these types? Why will one type occur over the other in a given situation? Thanks, -Scott
  48. C

    What Happens to pH When H3PO4 is Mixed with NaOH?

    Homework Statement What is the pH of the resulting solution when 100.0 mL of 0.10 M H3PO4 is mixed with 200.0 mL of 0.15 M NaOH? Homework Equations Henderson-Hasselbalch, equilibrium constant expressions The Attempt at a Solution I've thought about this question for over an...
  49. N

    PH of a mixed solution: is this right?

    Homework Statement What is the final pH of a solution obtained by mixing 200 ml of 0.400 M NH3 with 300 ml of 0.100 M HCl? (Kb = 1.8 x 10^-5) Homework Equations The Attempt at a Solution I used an ICE table and came up with 9.68. Is that correct? Should I have used two ICE tables instead...
  50. T

    Physics Conceptual Questions - Mixed

    A block of mass m is pulled at constant velocity along a rough horizontal floor by an applied force T which is directed at an angle theta above the horizontal. The magnitude of the frictional force is: a. T cos theta b. T sin theta c. 0 d. mu x mg e. mu x mg cos theta I figured it was d...
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