Rate of return - Revision history

en>Limunchek at 10:59, 10 January 2015

2015-01-10T10:59:48Z

← Older revision		Revision as of 12:59, 10 January 2015
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	<li>[http://voipshoip.com/ http://voipshoip.com/]</li>		<li>[http://voipshoip.com/ http://voipshoip.com/]</li>

			</ul>

			== Timberland Outlet however ==

			Time [http://www.the-shadowlands.net/cp/Scripts/ASP/Counter/comment.asp?t=24 Timberland Outlet] will tell<br><br>This post continues to be corrected, as indicated underneath.<br><br>How did Whitney [http://www.the-shadowlands.net/cp/Scripts/ASP/Counter/comment.asp?t=2 Timberland Earthkeepers] Houston die? That won be acknowledged officially [http://www.river2sea.com.au/cp/Scripts/ASP/Chat/menu.asp?n=100 Air Max 95] for weeks, although the rumor mill was proceeding full strength Monday with talk about whether prescriptions drugs and alcohol, drowning [http://www.feesmartnetwork.com.au/PageSys/banner.asp?m=67-Mbt-Clearance Mbt Clearance] or even an adverse effect caused by a mix of drugs were to blame for the singer transferring Saturday. Now reported. "It prematurily . to tell." There were virtually no visible signs of trauma on the human body, Winter said. Beverly Hills law enforcement confirmed Monday that Texas had been found underwater within a tub at the Beverly Hilton on Saturday. She was pronounced lifeless at the scene.<br><br>Unofficially, speculation produced the gamut Monday, using information leaks and Austin behavior in the days leading up to the girl death examined under a advertising microscope.<br><br>OBITUARY: Troubled crop up titan Whitney Houston dead at Seventy two<br><br>Though some water was said to be found in Houston lungs throughout the autopsy conducted Sunday, a Dailymotion source said the family seemed to be told by coroner officials that it was a variety of prescription drugs and alcohol which killed "The Bodyguard" actress, not drowning. Now said reportedly which include Xanax, Lorazepam, Valium, amoxicillin, ibuprofen, Midol, a sleep assistance and more, according to various press sources but they yielded number of pills, law enforcement sources informed TMZ.<br><br>Grammy nominee Kelly Price mentioned on CNN "Starting Point" with Soledad A that the singer was "joyful," not behaving erratically, with a party celebrating Price nods Thursday night.<br><br>"She did not seem disheveled," Cost told the show via phone. "She was dancing. Your woman was laughing. We all danced. Everyone laughed. We were singing. We had arrived having a good time. There didn't look like anything out of the ordinary with her. It really made me very glad doing that way, that she agreed to show up and then to see her and to observe her looking so positive and so joyful and jovial.In .<br><br>PHOTOS: Stars react to Whitney San antonio death<br><br>A Los Angeles Moments report of erratic habits, however, referred to events Thursday afternoon. Houston, 48, has been seen skipping around the ball room, flailing her hands while speaking with singers Brandy and Monica, and wandering aimlessly around the Beverly Hilton lobby. Security reportedly was advised she was doing handstands by the pool.<br><br>A resource told Fox News Soda Tarts column that Dallas, who had struggled with dependency, was seen drinking A bottle of champagne and cognac at a Ray M event the week prior to Grammys 7 days, and Price admitted Houston ended up being drinking bubbly on Friday as well.<br><br>A security hold continues to be placed on Houston autopsy results (this practice is common in visible cases). However, the body have been released to the family, Persons said; she is likely to be hidden in New Jersey. County coroner spokesman Ed Winter speaks with a press conference Sunday announcing the conclusion of an autopsy on Whitney Texas. The cause of death is awaiting toxicology tests, and Winter claimed Beverly Hills police asked for a burglar alarm [http://www.mastertips.com.au/mtincludes/header.asp?p=42 Isabel Marant Sneakers Replica] hold on other details of her death. Credit: Brian truck der Brug / Los Angeles Times.<ul>

			<li>[http://www.achicourtautrement.fr/spip.php?article451/ http://www.achicourtautrement.fr/spip.php?article451/]</li>

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			<li>[http://annuncianimali.altervista.org/index.php?page=item&id=133793 http://annuncianimali.altervista.org/index.php?page=item&id=133793]</li>

			<li>[http://enseignement-lsf.com/spip.php?article66#forum23839786 http://enseignement-lsf.com/spip.php?article66#forum23839786]</li>

			<li>[http://www.ibiker.cn/forum.php?mod=viewthread&tid=272765&fromuid=52019 http://www.ibiker.cn/forum.php?mod=viewthread&tid=272765&fromuid=52019]</li>

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en>Jonazo: /* Mutual fund capital gain distributions */

2014-02-24T02:54:25Z

Mutual fund capital gain distributions

Show changes

en>Jonazo: /* Example - corrected second decimal place in solution for 5-year return without reinvestment */

2014-01-16T06:01:46Z

Example - corrected second decimal place in solution for 5-year return without reinvestment

← Older revision		Revision as of 08:01, 16 January 2014
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	~~Alyson Meagher~~ is the ~~title her mothers and fathers gave her but she doesn~~'~~t like when people use her full title~~. ~~What I love doing~~ is ~~football but I don~~'~~t have~~ the ~~time recently~~. ~~Invoicing~~ is ~~my profession~~. ~~Ohio~~ is ~~exactly~~ where ~~my home~~ is ~~but my spouse desires us to move~~.<br><br>~~Also visit my blog~~: ~~clairvoyance~~ ([~~http~~://~~ustanford~~.~~com~~/~~index~~.~~php?do~~=/~~profile~~-~~38218~~/~~info~~/ ~~ustanford~~.~~com~~])		In [[mathematics]], an '''antiunitary transformation''', is a bijective [[antilinear map]]

			:<math>U:H_1\to H_2\,</math>

			between two [[complex number\|complex]] Hilbert spaces such that

			:<math>\langle Ux, Uy \rangle = \overline{\langle x, y \rangle}</math>

			for all <math>x</math> and <math>y</math> in <math>H_1</math>, where the horizontal bar represents the [[complex conjugate]]. If additionally one has <math>H_1 = H_2</math> then U is called an '''antiunitary operator'''.

			Antiunitary operators are important in Quantum Theory because they are used to represent certain symmetries, such as [[T-symmetry#Time_reversal_in_quantum_mechanics\|time-reversal]] symmetry. Their fundamental importance in quantum physics is further demonstrated by [[Wigner's Theorem]].

			==Invariance transformations==
			In [[Quantum mechanics]], the invariance transformations of complex Hilbert space <math> H </math> leave the absolute value of scalar product invariant:

			:<math> \|\langle Tx, Ty \rangle\| =\|\langle x, y \rangle\|</math>

			for all <math>x</math> and <math>y</math> in <math>H</math>.
			Due to [[Wigner's Theorem]] these transformations fall into two categories, they can be [[Unitary_operator\|unitary]] or antiunitary.

			===Geometric Interpretation===

			[[Congruence_(geometry)\|Congruences]] of the plane form two distinct classes. The first conserves the orientation and is generated by translations and rotations. The second does not conserve the orientation and is obtained from the first class by applying a reflection. On the complex plane these two classes corresponds (up to translation) to unitaries and antiunitaries, respectively.

			==Properties==
			*<math> \langle Ux, Uy \rangle = \overline{\langle x, y \rangle} = \langle y, x \rangle </math> holds for all elements <math> x, y </math> of the Hilbert space and an antiunitary <math> U </math>.
			*When <math> U </math> is antiunitary then <math> U^2 </math> is unitary. This follows from
			:<math>\langle U^2x, U^2y \rangle = \overline{\langle Uy, Ux \rangle} = \langle x, y \rangle .</math>
			*For unitary operator <math> V </math> the operator <math> VK </math>, where <math> K </math> is complex conjugate operator, is antiunitary. The reverse is also true, for antiunitary <math> U </math> the operator <math> UK </math> is unitary.
			For antiunitary <math> U </math> the definition of the [[Hermitian_adjoint#Adjoints_of_antilinear_operators\|adjoint]] operator <math> U^</math> is changed into
			:<math>\langle U^* x,y\rangle=\overline{\langle x,Uy\rangle}</math>.
			* The adjoint of an antiunitary <math>U</math> is also antiunitary and
			:<math> U U^* = U^* U = 1. </math> (This is not to be confused with the definition of [[Unitary_operator\|unitary operators]], as <math> U </math> is not linear.)

			==Examples==
			*The complex conjugate operator <math> K, K z = \overline{z}, </math> is an antiunitary operator on the complex plane.
			*The operator
			:<math>
			U = \sigma_y k =
			\begin{pmatrix}
			0&-i\\
			i&0
			\end{pmatrix} K,
			</math>
			where <math> \sigma_y </math> is the second [[Pauli_matrices\|Pauli matrix]] and <math> K </math> is the complex conjugate operator, is an antiunitary. It satisfies <math> U^2 = -1 </math>.

			==Decomposition of an antiunitary operator into a direct sum of elementary Wigner antiunitaries==

			An antiunitary operator on a finite-dimensional space may be decomposed as a direct sum of elementary Wigner antiunitaries <math>W_\theta</math>, <math>0\le\theta\le\pi</math>. The operator <math>W_0:C\rightarrow C</math> is just simple complex conjugation on C

			:<math>W_0(z)=\overline{z}\,</math>

			For <math>0<\theta\le\pi</math>, the operation <math>W_\theta</math> acts on two-dimensional complex Hilbert space. It is defined by

			:<math>W_\theta((z_1,z_2)) = (e^{i\theta/2} \overline{z_2}, e^{-i\theta/2}\overline{z_1}). \, </math>

			Note that for <math>0<\theta\le\pi</math>

			:<math>W_\theta(W_\theta((z_1,z_2)))=(e^{i\theta}z_1,e^{-i\theta}z_2),\,</math>

			so such <math>W_\theta</math> may not be further decomposed into <math>W_0</math>'s, which square to the identity map.

			Note that the above decomposition of antiunitary operators contrasts with the spectral decomposition of unitary operators. In particular, a unitary operator on a complex Hilbert space may be decomposed into a direct sum of unitaries acting on 1-dimensional complex spaces (eigenspaces), but an antiunitary operator may only be decomposed into a direct sum of elementary operators on 1 and 2 dimensional complex spaces.

			==References==
			<references/>
			*Wigner, E. "Normal Form of Antiunitary Operators", Journal of Mathematical Physics Vol 1, no 5, 1960, pp. 409–412
			*Wigner, E. "Phenomenological Distinction between Unitary and Antiunitary Symmetry Operators", Journal of Mathematical Physics Vol1, no5, 1960, pp.414–416

			==See also==
			*[[Unitary operator]]
			*[[Wigner's Theorem]]
			*[[Particle physics and representation theory]]

			[[Category:Linear algebra]]
			[[Category:Functional analysis]]

en>Zfeinst: /* Annual returns and annualized returns */

2012-08-31T15:10:10Z

Annual returns and annualized returns

New page

Alyson Meagher is the title her mothers and fathers gave her but she doesn't like when people use her full title. What I love doing is football but I don't have the time recently. Invoicing is my profession. Ohio is exactly where my home is but my spouse desires us to move.<br><br>Also visit my blog: clairvoyance ([http://ustanford.com/index.php?do=/profile-38218/info/ ustanford.com])