Problem 13.35 Express the following complex numbers in form a ib. the Part A Answer Requested Part B Answer Requested Part C Answer Requested Part D ANSWER: Answer Requested
Write the given number in the form a + ib. 2i^5 − i^4 + 5i^3 − 15i^2 − 14
, to the rectangular form z = a + ib and b. the polar form z re a. ie Problem 2 (15 pts) Atravelingwave is described by the wave function ψ(x, t) = ea 2-bt2-2x tap b 9 sec-2 where a = 144 crn 2 and a. In which direction is it traveling? Explain b. What is the wave speed? c. Plot (x, t) over the interval 2sxs2 for t-0 and t- 3 sec. Problem 3 (15 ntel
Problem 4 -π/3) in quadrature form. 2π A) Express the function Y1 = (2 m) sin( 5-x B) Express the function y3=(4m)cos(10-)-(2m) sin( nx) incosine form. 10 in sine form. C) Express the function y3= (4 m) cos(nz)-(2 m) sin(nz) in sine form. C) Express the function y3= (4 m) cos(-x )-(2 m) sin(-x
in the form a + b a) Express the number (3) b) Use the De Moivre's theorem to find (1/2+1/20) (5) c) Find the six sixth roots of -8(ie. find V-B ) and graph these roots in the complex plane (.e. polygonal representation) (8) d) Evaluate i)e". ) ef-1**/2) (write your answer in the form 4+) (4) 201
what is Ib please check the wrong answers first to not repeat them again. Part A In the circuit shown in the figure Vg-2420 V and I 5.5290° A. (Figure 1) Find Ib Express your answer in complex form. I4.455-62.169 Submit X Incorrect; Try Again; 2 attempts remaining 1 of Figure Part B Find Z Express your answer in complex form. Z- 0.473-2.04i 2 j3Ω Correct 4Ω Return to Assignment Provide Feedback Submitted Answers ANSWER 1 : Deduction:-3% Ib4.53572-67.165 A...
3. Complex numbers and math a) Express z=-6 8 in polar form b) Express -1 in polar form c Express z--3e in rectangular form. d) Express z-(2+j) in rectangular form. e) For the two complex numbers z, (6-j4) ad z(-2+j1) determine in polar form. f) lf z=(-84%) determine Teal! (z*)"! in polar form.
Express the product of 21 and 22 in standard form given that: z1 = 14 (cos(x) + i sin(a)] and z2 = 2/2 (cos(3) + i sin(*)] 23.275 - 32.035 32.035 - 23.275i 32.035 +23.275i • 23.275 + 32.035i
A npn BJT has a B = 110 and a base current of iB = 50 μA. Calculate the collector current and the emitter current. Assume operation in the active region. Express the results in mA. (4 pts.)
please solve these 3 questions calculate the difference A BifA 5(369 and B-/53.1 If A-4 + j3, express A in exponential form it .. Given A-103r. B = 2 + R, C-. 4 +j3, and D-410. calculate BI