Vlotage and Current Problems-Basic Electronics-Assignment, Exercises of Basic Electronics

Download Vlotage and Current Problems-Basic Electronics-Assignment and more Exercises Basic Electronics in PDF only on Docsity! HW? Geet easieteowceers a |, 1.8 Determine the missing quamtity in the circuits in 4.42. Determine the power supplied to the elements in j . Fig. P1.8. Fig. PI.12. | f ( 2A | Sea : + P=24W e V, =6V 4 | . 7 8v * (a) 2A Figure P1.8 Figure P1.12 4.9 Repeat Problem 1.8 for the circuits in Fig. P1.9. ne ‘ 1.13 Two elements are connected in series, as shown in Fig. P1.13. Element | supplies 24 W of power. Is elet 2 absorbing or supplying power, and how much? Figure P1.9 4.10 Repeat Problein 1.8 for the circuits in Fig. P1.10. Figure P1.13 1.14 Two elements are connected in series, as shown in Fig. P1.14. Element 1 absorbs 36 W of power. Is ¢ 2 absorbing or supplying power. and how much? Iv Figure P1.10 * a i. ¥ 4v 1.11 Determine the power supplied to the elements in 2 Fig. PIII. 4a + Figure P1.14 [iJzv + [2] sv Figure P1.11 docsity.  SECTION 1.3 proetems . AD Important note: The values used in the problems of Section 1.3 are not arbitrary. They have been selected to satisfy the basic laws of circuit analysis that will be studied in the following chapters. 1.15 Determine the power that is absorbed or supplied by the circuit elements in Fig. P1.15. 4 v 46¥: tru 24 1A Lbx mv Juv (t)isv Rv 1A Oy Figure P1.15 4.16 Find the power that is absorbed or supplied by the circuit clements in Fig. P1.16. V6N_ 2A L'} @ (b) Figure P1.16 1.17 Compute the power that is absorbed or supplied by the a 17. i, Aub. os SPE i Figure P1.17 4.18 Find /, in the network in Fig. P1.18. Figure P1.18 1.19 Is the source Vs in the network in Fig. P1.19 absorbing or supplying power, and how much? Figure P1.19 1.20 Find V, in the network in Fig. P1.20. Figure P1.20 1.21 Find /, in the network in Fig. P1.21. Figure P1.21 docsity.com 54 | cuapter 2 RESISTIVE CIRCUITS ‘ 2.21 Find V,, in the circuit in Fig. P2.21, 2.22 Find V,, and V,, in the circuit in Fig, P2.22. Figure P2.21 SECTION 2.3 2.23 Find V,, in the network in Fig. P2.23. 2.26 Find V, in the circuit in Fig. P2.26. | a i mv % © C)nv 6a vy, eat ‘ o- “ Ow Figure P2.26 2.24 Find Vj, in the network in Fig. P2.24. 2.27 Find V, in the network in Fig. P2.27. ; Bem gcd 8 € “> i + «) sv ‘sad, Figure P2.24 Figure P2.27 2.25 Find V, in the circuit in Fig. P2.25. 2.28 Find V, in the network in Fig. P2.28.  2.29 Find the power absorbed by the 30-0 resistor in the cir- cuit in Fig. P2.29. 30kn My, Je Rv 10kNSV, Figure P2.29 SECTION 2.4 prostems | 55 2.30 Find /, in the network in Fig. P2.30. = O bee Figure P2.30 2.31 Find /, in the circuit in Fig. P2.31. 32 Find /, in the network in Fig, P2.32. wot Qa foe fe | 2.33 Find V, in the circuit in Fig. P2.33. 6knt Saun waa oun vv, -Saun Figure P2.33 2.34 Find J, in the network in Fig, P2.34. docsity.com  ‘ G6 | cuaptea 2 pesistive circuits 2.35 Determine /, in the circuit in Fig. P2.35, 2.36 Determine /, in the circuit in Fig. P2.36. 4kn sho = 2kn Figure P2.35 . 6mA ama J" fe vy 2k $3KN 6Ka At Figure P2.36 SECTION 2.5 2.37 Find Rag in the circuit in Fig. P2.37. 2kn Ao 2kn hag > 3kn 12k Bo Figure P2.37 2.38 Find Rag in the circuit in Fig. P2.38. sk ‘ Ao 2kn Ras 2kn 2m 2ko Bo Figure P2.38 2.39 Find Rap in the network in Fig. P2.39. Figure P2.39 2.40 Find Rag in the circuit in Fig, P2.40. i. Rua Z Figure P2.40 2.41 Find Rag in the network in Fig. P2.41. WA oko Ao wv Wh—4 6kn 2ko Raa “ ] BO : Figure P2.41 2.42 Find R4g in the circuit in Fig. P2.42. WW. 12k A Qn + 2ko 6ko Raa "Sana 12k0 B Figure P2.42  2.59 If the power absorbed by the 4-kM resistor in the network in Fig, P2.59 is 36 mW, find /,. QO” be fs Io Figure P2.59 2.60 If the power absorbed by the 4-k0 resistor in the circuit in Fig, P2.60 is 36 mW, find Vs. 1 In the network in Fig. P2.61, the power absorbed by the 4-0 resistor is 100 W. Find Vs. prosiems | 68 2.63 In the circuit in Fig. P2.63, 7 = 4 mA. Find V5. ou, Figure P2.63 2.64 'In the circuit in Fig. P2.64,/, = 2 mA. Find J. 1kd 4kan Cf) 2kn: Ng : Figure P2.64 2.65 In the network in Fig. P2.65, V, = 12 V. Find Vs. 4kn 5 zen of + y - Vs een 4k" Figure P2.65 2.66 In the circuit in Fig, P2.66, V, = 2 V. Find I. -—--0 8a - Cf) 30 40 ¥, 9, Figure P2.66 docsity.com  CHAPTER 2 RESISTIVE CIRCUITS 2.67 In the network in Fig. P2.67, V, = 6 V. Find Js. SkO 2.68 In the circuit in Fig. P2.68, /, = 2 A. Find /. ¢) ' 8a) Ch) 40 Figure P2.68 2.69 If J, = 4 mA in the circuit in Fig. P2.69, find /s. ANA 1k YL, 4k Is 10KNS 2K 12V Figure P2.69 2.70 Find /, in the circuit in Fig. P2.70. h=SmA an a 9mA _ zz fy Figure P2.70 2.71 Find V, in the circuit in Fig. P2.71. 12k0 ? Wwe Saxn oka 18kn oxn$ v he4mA Figure part 2.72 Find the power absorbed by the network in Fig. Py docsity ——————_—~”=”—a“=_O—OO—O=XKElle"lee_=_ SS ’ prosiems | 6t | 2.73 Find 1, in the circuit in Fig. P2.73. 2.76 Find J, in the circuit in Fig. P2.76. < 20 4, aA 30 120 gan sa 180 Figure P2.73 ; Figure P2.76 2.74 Find 1, in the circuit in Fig, P2.74, 2.77 Find 1, in the circuit in Fig, P2.77. nv) vag C+) na ie Figure P2.77 2.78 Find V, in the circuit in Fig. P2.78. Figure P2.78 . iy docsity.com