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Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN: 9781305632134
Author: J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher: Cengage Learning
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3: Sketch be carefully e = 10 sin(754t +90°) with time in second.
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- PA.7. Reduce each of the following to rectangular form: a. Za = 5 + j5 + 10/30° b. Zh = 5/45° - j10 10/45° c. Zc 3 + j4 15 d. Za 5/90arrow_forwardH =0.2cos(10°t- B y) ax the electric field intensity equals to -75.4cos(10°t- B y) ay -75.4cos(10°t- B y) az 75.4cos(10°t- ß y) az None of Thesearrow_forwardFind the value of Z if value of V =50/30°V and It=27.9/57.8°arrow_forward
- For the circuit below, find Vo (separate magnitude and angle by a comma, e.g. Vo = 10 V, -25.8 degrees). 292 wwww 1:2 -j692 60/90° V rms V₁ V₂ 1292 j3 02arrow_forwardA complex number is represented as Z=4+j3 ohm. What will be magnitude and phase of this complex number?arrow_forward[4] lg = 10 sin (1000t) A. Determine la and Ib. . (20) %3D Ia Ib C 100 mH 100 µF f Ig R1 R2 1000 2 2000 2arrow_forward
- 4+1j -O A 3+4j I,= 20/10° Awgk/rms O Barrow_forwardCHANGE TO POLAR FORM: 3B097=122, 5 17,32 +j 10 50 -J E6.6 9.06+J4.226 16.82+] 62,785 59.088+j 10,42 5. 767,77-J,7G 7,77 46.025-) 19,54 8,02+J 29,94 56,29 t13 2, 5 to.arrow_forward13. For the following pairs of sinusoids, determine which one leads and by how much. (a) v(1) = 10 cos(41 – 60°) and i(t) = 4 sin(4t + 50°) (b) v¡(1) = 4 cos(377t + 10°) and v2(1) = -20 cos 377t (c) x(1) = 13 cos 2t + 5 sin 2t and y(t) = 15 cos(2t – 11.8°)arrow_forward
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