Please do 2 only

please do 2 only

Please do 2 only please do 2 only Exercises (1) Compute for de and c )...
QUESTION 2.
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52 Complex Analysis Exercises (1) Does the function w = f(2) za have an antiderivative on C? Explain your answer. (2) Is (z dz = 0 for every closed contour I in C? How do you reconcile your conclusion with Cauchy's integral theorem? (3) Compute fc Log(x+3) dz, where is the circle with radius 2. cente at the origin and oriented once in the counterclockwise direction. (4) Let I...
5. This problem outlines a "bar room" proof of Cauchy's Integral Formula Assume Ω is a simply connected domain. Let f(z) be holomorphic on and suppose zo E S2. We know and inside Ω f(3) cr 220 f(e) dz where C is a circle centered at zo with radius r. (a) Express z-zo + reit where r is given by C and t [0,2 ] and rewrite the above integral in polar form. (b) From (a) let r-0 in the...
please 2 only, thanks
Exercises dA (1) Use Cauchy's residue theorem to compute Jo 2+sin (2) Repeat the preceding exercise for 8" 131. (3) Let a be a complex number such that lal < 1. Prove that (2 27 Jo 1 - 2a cos 0 + a2d6 = 1 - 22 (4) What is the value of the integral in the preceding exercise when |al > 1? (Hint: Let b= 1.)
c. Evaluate ,f(z) dz with า the circle of radius 1 centered at the origin and traveled once counterclockwise ˊ们: (1-2 For real twith-1 < t < 1 and +12)-1 Explain why f(:)) has an expansion of the form in C , let f(z) be defined by fG)- a. b. Compute Uo(t), Ui(t), and Uz(t) in terms of t. c. Recalling that t is a real number smaller than 1 in absolute value, find the radius of convergence of this...
A) Find fY1 and show that the area under this is
one
B) Find P(Y1 > 1/2)
Let (Y1, Y2) denote the coordinates of a point chosen at random inside a unit circle whose center is at the origin. That is, Y1 and Y2 have a joint density function given by 1 yiy f(y, y2) 0, - elsewhere
Let (Y1, Y2) denote the coordinates of a point chosen at random inside a unit circle whose center is at the origin....
u(20) for all z e D. Prove tha E C:0<zl<2) and Cr be the positively oriented 9 (10) Suppose that f is analytic in the deleted disk B2(0) C be the positi that If(2)l S M<oo for all z e B2(0). If 0 TS circle |zl r. Show that S 1, then let Cr r | 1= f(z) dz = 0. (Hint: why is the value of (1) the same if C, is replaced by C?
u(20) for all z...
Do Task 212
Task 211 (C). Find the Laurent series of exp z exp-, and exp-2 at zo = 0. From the definition of the coefficients for the Laurent series off at zo, we see that a-1 = Res(f, zo). Sometimes it is easier to find the Laurent series than the residue directly Task 212 (C). Using the results of Task 211, find Res (exp 1,0), Res(-exp z,0), and Res(exp "In fact, given a function f(z) that is holomorphic on...
u(20) for all z e D. Prove tha E C:0<zl<2) and Cr be the positively oriented 9 (10) Suppose that f is analytic in the deleted disk B2(0) C be the positi that If(2)l S M<oo for all z e B2(0). If 0 TS circle |zl r. Show that S 1, then let Cr r | 1= f(z) dz = 0. (Hint: why is the value of (1) the same if C, is replaced by C?
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4. (10) Let 32 – 7 5(2): 22 – 52 + 6 Find the Laurent expansion for f which is valid in ann(1;1, 2). Complex structure [edit] annull With the same chora length are the same regardless of inner and outer In complex analysis an annulus ann(a; r, R) in the complex plane is an open region defined as radij. [1] p < 12...
Question 1 (15 marks) Let f be a holomorphic, non-constant function on a domain 2 c C, and choose any open set UC 2. Define another set V CC as V = {f(u): u EU}. In other words, V is the image of U under the map f. Prove that V is open. Some hints: (a) consider an arbitrary point to EV, as well as a neighbourhood of that point; (b) consider a point u EU such that f(u) =...