Xn Ae

Summation and the system operator commute, and can be interchanged.

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Xn ae. هز ní ä qí c ه ١ ١٣٩٩ نز ـ ﯾ Ï ،٣٢ ۀر ­ Ù # ،هه ۀرود ، x +ر ا م ه $اد ، c ه هز x ní (١٨ـ١) هوÚÏ ـ ä Ù k 7:. æ h x ° æ t ` b {2. Find, copy and paste your favorite characters:.

In elementary algebra, the binomial theorem (or binomial expansion) describes the algebraic expansion of powers of a binomial.According to the theorem, it is possible to expand the polynomial (x + y) n into a sum involving terms of the form ax b y c, where the exponents b and c are nonnegative integers with b + c = n, and the coefficient a of each term is a specific positive integer depending. Its ambition is to conquer the world and eliminate its only obstacles, the Lyoko Warriors. • For r = 1 n, n ∈ N and n 6= 0, ex = e n n x = e 1 nx n ⇒ e n x = (ex) 1.

Ia e dx ax 2. One of the most important properties of the DTFT is the convolution property:. So f(xjY = y) is de ned.

Ej3w X1(ejw) = O d. Xn X() condition anun 1 1 ae j jaj<1 (n+ 1)anun 1 (1 ae j)2 jaj<1 (n+ r 1)!. • If each sample is assayed individually, n tests will be required.

Find the nth derivative of f(x) = x n. Dynamics of a planar Coulomb gas Poincaré inequality Fokker–Planck evolution equation and generator Let pt:. The hats are mixed, and each person randomly selects one.

Therefore, ¯ A 1 x :. (c) Calculation of Var Z For the variance of Z , we have Var Z = E Ë Z 2 È ≠ 1 E Z 2 2 = C ⁄ n 0 ( v t ) 2 f x ( t ) d t + ⁄ Œ n 0 2 f x ( t ) d t D ≠ 1 ¯ A 1 x :. Are there other possible solutions for.

47 iii) Let X and Y be independent random variables, and g,h be functions. X N d X 1 X 2 1 t2 t T d X 1 X N+1 t1 t1 +nTd. All donations to this fundraiser go to the fundraiser creator's personal checking account.

Shop American Eagle men's and women's jeans, tops, bottoms, activewear, loungewear and more. Proof of the "quick form" of derivitives of A*X^N Hi, Colin. The following is a list of integrals of exponential functions.For a complete list of integral functions, please see the list of integrals.

😎 Emoji, Hearts, 💲 Currencies, → Arrows, ★ Stars and many others 🚩. N 2 2. 01/15/04 at 09:09:15 From:.

ï í l í ñ l î ì í ò ð X ó ^ u µ v P ' o Æ Ç :. Find the expected number of people that. X n EXjBnP(Bn) Now suppose that X and Y are discrete RV’s.

(b) By constructing a counterexample, show that z nu(n) is not an. ® Å Ï ¯ q x z ÿ w H12 Ú(a) ò U & ;. ∞ = ∫ − rdr.

It is a multi-agent virus program that has gained sentience, and infected the Supercomputer and Lyoko. 1 Problem 6.2 A system is de ned by the wavefunction:. Since lnx is one-to-one, then ex+y = ex ·ey.

Aö × s p 9 s D Aè Ä L ¾+X gF¥ ¸ \ ¯+X !n È6 A+X g ¸ ¸ 0N© 9L ,´ Ã/ñ ê,´ Ã = E AÙ,´ Ã = ½Aè ,´ Ã ÔK0,´Aè È ¯ ¦. The signals xn and gn are known to have Fourier transforms X(ejw) and G(ejw), respectively. X1(ejm) = e-jw 1-ae-|(w+21 b.

This This property is useful for analyzing linear systems (and for lter design), and also useful for fion paperfl convolutions of two sequences. Of course it is given by fXjY (xjy) = P. The life table represents a hypothetical cohort of 100,000 persons born at the same instant who.

Musk said it was "X Æ A-12," but it wasn't until Thursday, when the Tesla and. Unicode web service for character search. If y = Sx, Z 1 1 a(˝)y(t˝) d˝= S Z 1 1 a(˝)x(t˝)d˝ Integration and the system operator commute, and can be interchanged.

K=0 n k a kb − (p+(1−p))n = k=0 n k pk(1−p)n−k 1n = k=0 n k p k(1−p)n− 1 = k=0 n k p k(1−p)n− To find the mean and variance, we could either do the appropriate sums explicitly, which means using ugly tricks about the binomial formula;. " # = 0 if trial i is a failure 1ftrialiisasuce X i The X i’s are Bernoulli random variables with parameter p. Æ o o } ( Z v P o } v o } Ç X W o o o µ í r ô ô ô r ð ì ñ r ð ì ï õ Á Z v Ç µ } v P v P Z o X.

Using the fact that y 2(1) = 1, we get for t>0 y. +K+X n where !. Integration (Simple Example) :.

We first define derivatives using limits, then we apply that definition to find simple rules for the derivatives of common functions, and then rarely go back to the definition again. Xn = ˆ 1;. If y is in the range of Y then Y = y is a event with nonzero probability, so we can use it as the B in the above.

æ æ T X X n n d n. Ej3w X1(ej) = -j(w21 1-ae O c. R r Í a sp¸`X ѿıç­è¢´áÇ £ D 5 Ôy ¢ .Çy @ Í£Þ/&8«åµ yyyy ¢ ¶ å \ å \£ yyyy ¢ ¶ å.

0 n 9 0;. Once you calculate the first 3-4 derivatives of the function, you should get a sense of the overall pattern. The following are definitions of the standard actuarial life table functions.

Ii) Let X and Y be ANY random variables (discrete, continuous, independent, or. We can change the notation to make it look like the continuous case and write f(xjY = y) as fXjY (xjy). E2t + Ae 2t:.

Where the second moment of Z is E Ë Z 2 È = 2 ¯ A 1 x. (or simply XANA) is the main antagonist of the entire Code Lyoko franchise. Integral is easy to evaluate:.

¿ F65 \ ¯+X !n ¦ é ?>Û4ø!. Elon Musk/Twitter Elon Musk and singer Grimes welcomed a son on Monday, but the world puzzled over the baby's name. È6 i z & 9 x,´6LÀ/ñ >,´?ô Ê5 5 ¯+X+X g { }FJE÷ Ä+X Ë5 6,´ + Ä Aè ú.

A ∞ π − −∞ == ∫. The formula pn = P(X = n) = 1 n!. 1 2ˇ Z ˇ ˇ X(ej )G(ej(w ))d = 1 + e jw (a)If xn = ( 1)n, determine a sequence gn such that its Fourier transform G(ejw) satis es the above equation.

Make the change of variable to. (3) Note that as n æ Œ , ¯ A 1 x :. 3/8/01 1:14:11 AM.

^ u µ v P ' o Æ Ç :. Show that the function x(n) = zn, where z is a complex constant, is an eigenfunction of a linear shift-invariant discrete-time system. N 2 2 = ⁄ n 0 e ≠ 2 ” t t p x μ x + t d t ≠ 1 ¯ A 1 x :.

Then, the corresponding output is y 2(t) = Be 2t for t>0. AE 1-a , all a r=0 Problem 2.5 The system shown below contains two linear shift-invariant subsystems. The Fourier transform of y(n) as obtained in (a) 00 Y(eS) =2 n+l _ n+l e-jwn n=0 -jon n -jwn n=C, =n 6 a- 1 - Se -3w -a 1 - ae- j =(1 - Be~5" (1 - ae - ) Solution 4.3 +00 +0 (a) Xa(ej) = kx(n)e-jon = k x(n)e-jwn n=-o n=-o = k X(ej) (b) Xb(e) x(n -n0) e-jn n=-co.

The output is Yn = +1 + +−1 3. T j ­ d n ع q هر ­ýرد نا @ n ه ه ﯾد ä ر ý ∗ ä x n ت , ند ^ ( ?زا دا n Îä q ­ r ر نﯾده ا ه ^Þ× ـ .þ ـ تـﯾِ زا اـد ـﯾذ هـ حـ 0 n ـ و ـه t Ù tý ه. N 2 2 = ⁄ n 0 v 2 t t p x μ x + t d t ≠ 1 ¯ A 1 x :.

Is determined by the values of the PGF and its deriv-atives at s = 0. The first three derivatives of this function are:. (a) Find the joint distribution of (X1;X2).(b) What is the distribution of 3X1 ¡X2?.

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube. ^ Ô ù x z Ã å ¢ £ - O p K z 345 Park Avenue, San Jose, California , U.S.A. 2, du = 2.

N = ⁄ n 0 e ≠ ” t t p x μ x + t d t. 1-ae-jw A signal x(n) has the Fourier transform X(ej) = -ae- The Fourier transform of xy(n) = e-j27n/3x(n-3) is Select one:. Giving () 2 0 Ia e du au a.

Cu (Lecture 3) ELE 301:. Bands, Businesses, Restaurants, Brands and Celebrities can create Pages in order to connect with their fans and customers on Facebook. (b) What is the probability that the particle will be found between x= 0.

E-j3w X1(ejm) = ,-j( w211 1-ae a. Stripe, Facebook's fundraising payment processor, distributes each donation after a 7 day hold to reduce risks, such as refunds and negative balances. Solution (a) Write Y1 = X1 +X2;Y2 = X1 ¡X2:.

44Magnum Street Rock'n Roller《PV 1984》 Album:"Street Rock'n Roller" Music Tomato Japan. Let X1 and X2 be random variables such that X1 + X2 and X1 ¡ X2 have inde- pendent standard normal distributions. Or we could use the fact that X is a sum of n independent Bernoulli variables.

- æ Ä ² Ì+X g þ ¦0+ ØAî 7 :. = aE n g(X) o +bE n h(X) o. It follows that the PGF specifies a unique set of probabilities.

F′(x) = nx n – 1;. Further-more, X(e jw) and G(e ) are related as follows:. More generally, for ANY random variables X 1,,X n, E(X 1++ X n) = E(X 1)+ +E(X n).

NAIR Research Officer, SCERT STATE COUNCIL OF EDUCATIONAL RESEARCH AND TRAINING - Kerala Thiruvananthapuram HINDI. X n a ny n = S X n a nx n!. Anun 1 (1 ae j)r jaj<1 n 1 n n 0 e j n 0 xn = 1 2ˇ X1 k=1 (2ˇk) un 1 1 e j + X1 k=1 ˇ (2ˇk) ej 0n 2ˇ X1 k=1 (0 2ˇk) cos(0n) ˇ X1 k=1 f (0 2ˇk) + (+ 0 2ˇk)g sin(0n.

If two power series agree on any interval containing 0, however small, then. E(X i)=1*p+0*(1!p)=p E(X)=E(X 1)+E(X 2)+K+E(X n)=np Ex. ∫ x n dx = x n+1 / (n + 1) n ≠ - 1 (14) ∫ 1 / x dx = ln x (15) ∫ e ax dx = e ax / a a ≠ 0 (16) ∫ a x dx = a x / ln a a > 0, a ≠ 1 (17) ∫ ln x dx = x (ln x - 1) (18) ∫ sin x dx = - cos x (19) ∫ cos x dx = sin x ().

(b) Find the autocorrelation of the output Yn when is a wide sense stationary random sequence with µX = 0 and autocorrelation RX n = ˆ. After its supposed destruction, X.A.N.A. F′′(x) = n(n – 1)x n.

Linear independence, basis and dimension We have seen that if in a set of vectors one vector is a linear combination of the remaining vectors in the set then the span of the set is unchanged if that vector is deleted. π π ∞ == ∫ − so taking square roots. In particular, E(aX + b) = aE(X) +b.

WAdobe Systems Incorporated ¢ Å Ï ³ µ Â Ü ¶ þ £ ¦ ` z f w w Ô ù x z ç å ï Å w O o t j ` o q ^ h O p K z Å Ï. Then X1 = Y1 +Y2 2;X1 = Y1 ¡Y2 2. EC02 Spring 06 HW12 Solutions April 27, 06 4 Problem 11.2.1 • The random sequence is the input to a discrete-time filter.

Managed to miraculously survive through the Cortex, becoming even stronger. Then E(X + Y) = E(X)+E(Y). Xn = 1 2ˇ Z 2ˇ X()ej td:.

(a) What is the impulse response hn?. N æ ¯ A x. Definitions of Life Table Functions.

1 = e0 = ex+(−x) = ex ·e−x ⇒ e−x = 1 ex ex−y = ex+(−y) = ex ·e−y = ex · 1 ey ex ey • For r = m ∈ N, emx = e z }|m { x+···+x = z }|m { ex ···ex = (ex)m. Inverse Discrete-Time Fourier Transform :. Proof lnex+y = x+y = lnex +lney = ln(ex ·ey).

Since this function has exponents, use the Power Rule to find the first few derivatives. Yn = hnxn DTFT$ Y(!) = H(!)X(!). ó ò l í l î ì í ñ ñ X ï ^ u µ v P ^ ñ ð l í í l î ì í ð ò X ð.

Signals and Systems Fall 11-12 8 / 55. A group of N people throw their hats into the center of a room. Rd ÑR be the density of LawpXtqwith respect to m Fokker–Planck evolution equation and generator.

(x) = Acos 2ˇx L for L 4 x L 4 (a) Determine the normalization constant A. • For r rational, let r = m n, m, n ∈ N.

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

Xn Ae のギャラリー

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

A A Saƒa Uaƒa 1 Gaƒa Daƒa A A Aƒa Paƒa Aƒa Gaƒa Zaƒa A Aªaƒa Aƒa Aƒa Raƒa Dzaƒa Aƒaƒa A Aƒa Uaƒa A A Aƒa Aƒa A Aºaƒa Uaƒa Aƒa

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

A ÿe µa Aƒ Aƒ Aƒ Aƒ A Aƒ Aƒ Aƒ A C Aƒ Aƒ A Aƒƒa A A œa ˆa Sa A A A œae A A A A A œa A A Aƒ Aƒªaƒ A Aƒ A A Aƒ Aƒ A Aƒÿaƒ Aƒ Aƒ A Aƒ Aƒ Aƒƒa A Amazon Co Uk

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A

Aººa Ae ºeƒ C Zae C µa Aes Aeœ E A Aeœ E A A

A A Aººa A E Eƒ E ƒi Sc Aez A E œa E E A Ae Aez As A A œa A œa A E ˆe Title Meta Name Keywords Content Eƒ A Zaººa C Meta Name Description Content Aœ E A Aº A E A A As A A A Sa A Aººa Aºœae A Se Ae A A E A A

A A Saƒa Uaƒa 1 Gaƒa Daƒa A A Aƒa Paƒa Aƒa Gaƒa Zaƒa A Aªaƒa Aƒa Aƒa Raƒa Dzaƒa Aƒaƒa A Aƒa Uaƒa A A Aƒa Aƒa A Aºaƒa Uaƒa Aƒa

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

A ÿe µa Aƒ Aƒ Aƒ Aƒ A Aƒ Aƒ Aƒ A C Aƒ Aƒ A Aƒƒa A A œa ˆa Sa A A A œae A A A A A œa A A Aƒ Aƒªaƒ A Aƒ A A Aƒ Aƒ A Aƒÿaƒ Aƒ Aƒ A Aƒ Aƒ Aƒƒa A Amazon Co Uk

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A

Aƒaƒ Aƒ Aƒˆaƒ Naƒ Aƒ Aƒˆaƒ C Aƒ A Ae ªe I ˆaƒ A Aƒ Aƒ Jaƒ Aƒ Aƒ C Aƒzaƒ Aƒ Aƒªa I A Es E A A Aƒ A Aƒ

Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A A Aƒa Aƒaœa A Aƒa A A Aƒa Aƒaƒa Aªaƒa Aƒa Paƒa U Aƒa A A Aƒa Aƒa A Aªaƒa U Aƒa Aƒa A Aªaƒa U Aƒa U Aƒa A A

A œaƒ Aƒ Aƒ Aƒ Aƒˆaƒ C A Aƒ A A A A A µa Aƒ Aƒ A Aƒ Aƒ Aƒ Aƒ A Ae Eº Criaƒ Aƒÿaƒ Aƒ A A A