Basic Engineering Circuit Analysis 11th Edition solutions | StudySoup

Engineering and Tech

Basic Engineering Circuit Analysis | 11th Edition | ISBN: 9781118539293 | Authors: J. David Irwin

Basic Engineering Circuit Analysis 11th Edition solutions

Author: J. David Irwin
Publisher: Wiley
ISBN: 9781118539293
Buy the book

We have answers for this textbook’s questions
Check out the solutions to this books Chapter Problems

Chapter 2 Problems

Chapter: 2 Problem: 2.1

Basic Engineering Circuit Analysis 11
Determine the current and power dissipated in the resistor in Fig. P2.1. 9 V + 12 Figure P2.1

Chapter: 2 Problem: 2.2

Basic Engineering Circuit Analysis 11
Determine the voltage across the resistor in Fig. P2.2 and the power dissipated.

Chapter: 2 Problem: 2.3

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.3, the power absorbed by Rx is 20 mW. Find Rx.

Chapter: 2 Problem: 2.4

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.4, the power absorbed by Gx is 20 mW. Find Gx. Figure P2.4

Chapter: 2 Problem: 2.5

Basic Engineering Circuit Analysis 11
A model for a standard two D-cell flashlight is shown in Fig. P2.5. Find the power dissipated in the lamp. 1- lamp

Chapter: 2 Problem: 2.6

Basic Engineering Circuit Analysis 11
An automobile uses two halogen headlights connected as shown in Fig. P2.6. Determine the power supplied by the battery if each headlight draws 3 A of current. 12 V + Figure P2.6

Chapter: 2 Problem: 2.7

Basic Engineering Circuit Analysis 11
Many years ago a string of Christmas tree lights was manufactured in the form shown in Fig. P2.7a. Today the lights are manufactured as shown in Fig. P2.7b. Is there a good reason for this change? (a) (b) Figure P2.7

Chapter: 2 Problem: 2.8

Basic Engineering Circuit Analysis 11
Find I1, I2, and I3 in the network in Fig. P2.8. 5 A 3 A A 6 A 2 A 4 A 8 A I2 4 A I3 I1

Chapter: 2 Problem: 2.9

Basic Engineering Circuit Analysis 11
Find I1 in the network in Fig. P2.9. Figure P2.11 2.12 Find Io and I1 in the circuit in Fig. P2.12. Figure P2.12 2.11 Find I1 in the circuit in Fig. P2.11. 20 mA 6 mA 4 mA I1

Chapter: 2 Problem: 2.10

Basic Engineering Circuit Analysis 11
Find I1 in the network in Fig. P2.10.

Chapter: 2 Problem: 2.11

Basic Engineering Circuit Analysis 11
Find I1 in the circuit in Fig. P2.11.

Chapter: 2 Problem: 2.12

Basic Engineering Circuit Analysis 11
Find Io and I1 in the circuit in Fig. P2.12. Figure P2.12

Chapter: 2 Problem: 2.13

Basic Engineering Circuit Analysis 11
Find Ix, Iy, and Iz in the network in Fig. P2.13.

Chapter: 2 Problem: 2.14

Basic Engineering Circuit Analysis 11
Find Ix in the circuit in Fig. P2.14

Chapter: 2 Problem: 2.15

Basic Engineering Circuit Analysis 11
Find Ix in the network in Fig. P2.15

Chapter: 2 Problem: 2.16

Basic Engineering Circuit Analysis 11
Find I1 in the network in Fig. P2.16

Chapter: 2 Problem: 2.17

Basic Engineering Circuit Analysis 11
Find Vbd in the circuit in Fig. P2.17.

Chapter: 2 Problem: 2.18

Basic Engineering Circuit Analysis 11
Find I1 in the network in Fig. P2.18.

Chapter: 2 Problem: 2.19

Basic Engineering Circuit Analysis 11
Find I1, I2, and I3 in the network in Fig. P2.19. Figure P2.19

Chapter: 2 Problem: 2.20

Basic Engineering Circuit Analysis 11
Find Vf b and Vec in the circuit in Fig. P2.20. Figure P2.20

Chapter: 2 Problem: 2.21

Basic Engineering Circuit Analysis 11
Given the circuit diagram in Fig. P2.21, find the following voltages: Vda, Vbh, Vgc, Vdi, Vfa, Vac, Vai, Vhf, Vfb, and Vdc. Figure P2.21

Chapter: 2 Problem: 2.22

Basic Engineering Circuit Analysis 11
Find VBE and VDA in the circuit in Fig. P2.22

Chapter: 2 Problem: 2.23

Basic Engineering Circuit Analysis 11
Find Vx and Vy in the circuit in Fig. P2.23. Figure P2.23

Chapter: 2 Problem: 2.24

Basic Engineering Circuit Analysis 11
Find Vac in the circuit in Fig. P2.24. Figure P2.24

Chapter: 2 Problem: 2.25

Basic Engineering Circuit Analysis 11
Find Vad and Vce in the circuit in Fig. P2.25. Figure P2.22 A B E F D 6 V 6 V 8 V + + + 4 V VDA VBE + C 24 V 12 V + + 12 V 6 V 4 V 6 V + + + Vx + Vy + + abc 12 V 4 V Vx = 2 V 3Vx + + + + Figure P2.25

Chapter: 2 Problem: 2.26

Basic Engineering Circuit Analysis 11
Find Vo in the circuit in Fig. P2.26. Figure P2.26

Chapter: 2 Problem: 2.27

Basic Engineering Circuit Analysis 11
Find V1, V2, and V3 in the network in Fig. P2.27. Figure P2.27

Chapter: 2 Problem: 2.28

Basic Engineering Circuit Analysis 11
Find Vo in the network in Fig. P2.28. Figure P2.28

Chapter: 2 Problem: 2.29

Basic Engineering Circuit Analysis 11
Find V1, V2, and V3 in the network in Fig. P2.29. Figure P2.29

Chapter: 2 Problem: 2.30

Basic Engineering Circuit Analysis 11
If Vo = 3 V in the circuit in Fig. P2.30, find VS. Figure P2.30

Chapter: 2 Problem: 2.31

Basic Engineering Circuit Analysis 11
Find the power supplied by each source in the circuit in Fig. P2.31. Figure P2.31

Chapter: 2 Problem: 2.32

Basic Engineering Circuit Analysis 11
The 10-V source absorbs 2.5 mW of power. Calculate Vba and the power absorbed by the dependent voltage source in Fig. P2.32. Figure P2.32

Chapter: 2 Problem: 2.33

Basic Engineering Circuit Analysis 11
Find Vbd in the network in Fig. P2.33.

Chapter: 2 Problem: 2.34

Basic Engineering Circuit Analysis 11
Find V1 in the network in Fig. P2.34. + Vx Vx 4 10 k 5 k 25 V V1 + + + Figure P2.34

Chapter: 2 Problem: 2.35

Basic Engineering Circuit Analysis 11
Find the power absorbed by the dependent source in the circuit in Fig. P2.35.

Chapter: 2 Problem: 2.36

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.36, find Vx , VAE , and VBD if I = 3 A. Figure P2.36

Chapter: 2 Problem: 2.37

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.37, find VS if VEB = 6 V. Figure P2.37

Chapter: 2 Problem: 2.38

Basic Engineering Circuit Analysis 11
Find VS in the circuit in Fig. P2.38, if VBE = 18 V. Figure P2.38

Chapter: 2 Problem: 2.39

Basic Engineering Circuit Analysis 11
Find VA in the network in Fig. P2.39.

Chapter: 2 Problem: 2.40

Basic Engineering Circuit Analysis 11
If the 12-V source in the network in Fig. P2.40 absorbs 36 W, find R and V0

Chapter: 2 Problem: 2.41

Basic Engineering Circuit Analysis 11
If VX = 12 V in the network in Fig. P2.41, find VS and VBA. Figure P2.41 Figure P2.39 VA 12 V 4 V 1 2 2 1 + + + 24 V 12 V 1 1 + + + R Vo 2 1 + + VX 1 +

Chapter: 2 Problem: 2.42

Basic Engineering Circuit Analysis 11
Calculate the power absorbed by the dependent source in the circuit in Fig. P2.42. Figure P2.42

Chapter: 2 Problem: 2.43

Basic Engineering Circuit Analysis 11
Find VA and Vo in the circuit in Fig. P2.43. Figure P2.43

Chapter: 2 Problem: 2.44

Basic Engineering Circuit Analysis 11
Find Vo and the power absorbed by the 2 k resistor in Fig. P2.44. Figure P2.44

Chapter: 2 Problem: 2.45

Basic Engineering Circuit Analysis 11
Find the power absorbed or supplied by the 12-V source in the network in Fig. P2.45.

Chapter: 2 Problem: 2.46

Basic Engineering Circuit Analysis 11
Find Vo in the circuit in Fig. P2.46.

Chapter: 2 Problem: 2.47

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.47. Figure P2.47

Chapter: 2 Problem: 2.48

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.48. Figure P2.48

Chapter: 2 Problem: 2.49

Basic Engineering Circuit Analysis 11
Find the power supplied by each source in the circuit in Fig. P2.49. Figure P2.49

Chapter: 2 Problem: 2.50

Basic Engineering Circuit Analysis 11
Find the current IA in the circuit in Fig. P2.50. Figure P2.50

Chapter: 2 Problem: 2.51

Basic Engineering Circuit Analysis 11
Find VS in the network in Fig. P2.51.

Chapter: 2 Problem: 2.52

Basic Engineering Circuit Analysis 11
Find Io in the circuit in Fig. P2.52. Figure P2.52

Chapter: 2 Problem: 2.53

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.53.

Chapter: 2 Problem: 2.54

Basic Engineering Circuit Analysis 11
Find Vo in the circuit in Fig. P2.54.

Chapter: 2 Problem: 2.55

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.55. Figure P2.55

Chapter: 2 Problem: 2.56

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.56. Figure P2.56

Chapter: 2 Problem: 2.57

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.57. Figure P2.57

Chapter: 2 Problem: 2.58

Basic Engineering Circuit Analysis 11
Determine IL in the circuit in Fig. P2.58. Figure P2.58

Chapter: 2 Problem: 2.59

Basic Engineering Circuit Analysis 11
Find RAB in the network in Fig. P2.59. 6 k 2 k 3 k 4 k 1 k A B RAB

Chapter: 2 Problem: 2.60

Basic Engineering Circuit Analysis 11
Find RAB in the circuit in Fig. P2.60. Figure P2.60

Chapter: 2 Problem: 2.61

Basic Engineering Circuit Analysis 11
Find RAB in the circuit in Fig. P2.61. Figure P2.61

Chapter: 2 Problem: 2.62

Basic Engineering Circuit Analysis 11
Find RAB in the network in Fig. P2.62.

Chapter: 2 Problem: 2.63

Basic Engineering Circuit Analysis 11
Find RAB in the circuit in Fig. P2.63.

Chapter: 2 Problem: 2.64

Basic Engineering Circuit Analysis 11
Find RAB in the network in Fig. P2.64.

Chapter: 2 Problem: 2.65

Basic Engineering Circuit Analysis 11
Find RAB in the circuit in Fig. P2.65. Figure P2.65 Figure P2.64 RAB 2 k 6 k 6 k 6 k A B 2 k 2 k 4 k 4 k 2 k 2 k A B RAB 2 k 2 k 2 k 2 k

Chapter: 2 Problem: 2.66

Basic Engineering Circuit Analysis 11
Find the equivalent resistance Req in the network in Fig. P2.66. Figure P2.66

Chapter: 2 Problem: 2.67

Basic Engineering Circuit Analysis 11
Find RAB in the network in Fig. P2.67. Figure P2.67

Chapter: 2 Problem: 2.68

Basic Engineering Circuit Analysis 11
Given the resistor configuration shown in Fig. P2.68, find the equivalent resistance between the following sets of terminals: (1) a and b, (2) b and c, (3) a and c, (4) d and e, (5) a and e, (6) c and d, (7) a and d, (8) c and e, (9) b and d, and (10) b and e. Figure P2.68

Chapter: 2 Problem: 2.69

Basic Engineering Circuit Analysis 11
Determine the total resistance, RT, in the circuit in Fig. P2.69.

Chapter: 2 Problem: 2.70

Basic Engineering Circuit Analysis 11
Determine the total resistance, RT, in the circuit in Fig. P2.70.

Chapter: 2 Problem: 2.71

Basic Engineering Circuit Analysis 11
Determine the total resistance, RT, in the circuit in Fig. P2.71. Figure P2.71

Chapter: 2 Problem: 2.72

Basic Engineering Circuit Analysis 11
Find the power supplied by the source in the network in Fig. P2.72. All resistors are 12 k. Figure P2.72

Chapter: 2 Problem: 2.73

Basic Engineering Circuit Analysis 11
Find I1 and Vo in the circuit in Fig. P2.73. Figure P2.73

Chapter: 2 Problem: 2.74

Basic Engineering Circuit Analysis 11
Find I1 and Vo in the circuit in Fig. P2.74. Figure P2.74

Chapter: 2 Problem: 2.75

Basic Engineering Circuit Analysis 11
Find Vab and Vdc in the circuit in Fig. P2.75. Figure P2.75 + 4 3 1 2 2 5 20 V + Vab + a b c d Vdc

Chapter: 2 Problem: 2.76

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.76. 12 mA 12 k 12 k 12 k 6 k

Chapter: 2 Problem: 2.77

Basic Engineering Circuit Analysis 11
Determine Io in the circuit in Fig. P2.77. Figure P2.77 Io 12 V 2 k 6 k 4 k 4 k 16 k 12 k

Chapter: 2 Problem: 2.78

Basic Engineering Circuit Analysis 11
Find V1 in the network in Fig. P2.78. Figure P2.78

Chapter: 2 Problem: 2.79

Basic Engineering Circuit Analysis 11
Find Vab in the circuit in Fig. P2.79. Figure P2.79 5 3 3 10 6 24 V + 8 V1 4 +

Chapter: 2 Problem: 2.80

Basic Engineering Circuit Analysis 11
Find Vab in the network in Fig. P2.80. Figure P2.80

Chapter: 2 Problem: 2.81

Basic Engineering Circuit Analysis 11
Find I1, I2, and V1 in the circuit in Fig. P2.81. 3 a b 5 3 2 3 2 4 5 A 6 6 Vab Figure P2.81 3 6 6 6 2 4 2 4 4 3 A V1 I1 I2

Chapter: 2 Problem: 2.82

Basic Engineering Circuit Analysis 11
Determine Vo in the network in Fig. P2.82. Figure P2.82

Chapter: 2 Problem: 2.83

Basic Engineering Circuit Analysis 11
Calculate VAB in Fig. P2.83. Figure P2.83 18 mA 3 k 5 k 1 k 30 mA + Vo 2 A A B 4 6 2

Chapter: 2 Problem: 2.84

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.84 if all resistors are 6 . 6 A Io

Chapter: 2 Problem: 2.85

Basic Engineering Circuit Analysis 11
Find Io in the circuit in Fig. P2.85. Figure P2.85

Chapter: 2 Problem: 2.86

Basic Engineering Circuit Analysis 11
Determine the power supplied by the 36-V source in the circuit in Fig. P2.86. Figure P2.86 72 k 18 k 36 V 72 k 54 k 12 k 18 k 6 k 3 k +

Chapter: 2 Problem: 2.87

Basic Engineering Circuit Analysis 11
Find the power supplied by the current source in the network in Fig. P2.87. All resistors are 12 . Figure P2.87

Chapter: 2 Problem: 2.88

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.88, V1 = 12 V. Find VS. Figure P2.88 + 4 k 6 k 4 k 3 k 2 k 1 k VS

Chapter: 2 Problem: 2.89

Basic Engineering Circuit Analysis 11
In the circuit in Fig. P2.89, Vo = 2 V. Find IS. Figure P2.89 IS 12 2 8 10 3 4 Vo +

Chapter: 2 Problem: 2.90

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.90, V1 = 14 V. Find VS. Figure P2.90

Chapter: 2 Problem: 2.91

Basic Engineering Circuit Analysis 11
If VR = 15 V, find Vx in Fig. P2.91. Figure P2.91

Chapter: 2 Problem: 2.92

Basic Engineering Circuit Analysis 11
Find the value of IA in the network in Fig. P2.92.

Chapter: 2 Problem: 2.93

Basic Engineering Circuit Analysis 11
If V1 = 5 V in the circuit in Fig. P2.93, find IS. Figure P2.93

Chapter: 2 Problem: 2.94

Basic Engineering Circuit Analysis 11
Given that Vo = 4 V in the network in Fig. P2.94, find VS. Figure P2.94

Chapter: 2 Problem: 2.95

Basic Engineering Circuit Analysis 11
Find the value of VS in the network in Fig. P2.95 such that the power supplied by the current source is 0.

Chapter: 2 Problem: 2.96

Basic Engineering Circuit Analysis 11
In the network in Fig. P2.96, Vo = 6 V. Find IS. Figure P2.96

Chapter: 2 Problem: 2.97

Basic Engineering Circuit Analysis 11
Find the value of V1 in the network in Fig. P2.97 such that Va = 0.

Chapter: 2 Problem: 2.98

Basic Engineering Circuit Analysis 11
Find the value of IA in the circuit in Fig. P2.98.

Chapter: 2 Problem: 2.99

Basic Engineering Circuit Analysis 11
If the power supplied by the 2-A current source is 40 W, find VS and the power absorbed by the 5-V source in the network in Fig. P2.99. Figure P2.99

Chapter: 2 Problem: 2.100

Basic Engineering Circuit Analysis 11
The 40-V source in the circuit in Fig. P2.100 is absorbing 80 W of power. Find Vx. Figure P2.100 10 20 10 6 5 5 A 3 A 40 V Vx + +

Chapter: 2 Problem: 2.101

Basic Engineering Circuit Analysis 11
Find the value of the current source IA in the network in Fig. P2.101. Figure P2.101 + + 2 2 2 3 4 2 6 V 2 A + 4 V IA 6

Chapter: 2 Problem: 2.102

Basic Engineering Circuit Analysis 11
Given Io = 2 mA in the network in Fig. P2.102, find VA. Figure P2.102

Chapter: 2 Problem: 2.103

Basic Engineering Circuit Analysis 11
Find the value of Vx in the network in Fig. P2.103, such that the 5-A current source supplies 50 W.

Chapter: 2 Problem: 2.104

Basic Engineering Circuit Analysis 11
Given Io = 2 mA in the circuit in Fig. P2.104, find IA. Figure P2.104

Chapter: 2 Problem: 2.105

Basic Engineering Circuit Analysis 11
Given Vo in the network in Fig. P2.105, find IA.

Chapter: 2 Problem: 2.106

Basic Engineering Circuit Analysis 11
Find the value of Vx in the circuit in Fig. P2.106 such that the power supplied by the 5-A source is 60 W. Figure P2.106

Chapter: 2 Problem: 2.107

Basic Engineering Circuit Analysis 11
Find the power absorbed by the network in Fig. P2.107. Figure P2.107

Chapter: 2 Problem: 2.108

Basic Engineering Circuit Analysis 11
Find the value of g in the network in Fig. P2.108 such that the power supplied by the 3-A source is 20 W. gIx 2 1 2 2 3 A Ix

Chapter: 2 Problem: 2.109

Basic Engineering Circuit Analysis 11
Find the power supplied by the 24-V source in the circuit in Fig. P2.109. Figure P2.109

Chapter: 2 Problem: 2.110

Basic Engineering Circuit Analysis 11
Find Io in the circuit in Fig. P2.110. Figure P2.110

Chapter: 2 Problem: 2.111

Basic Engineering Circuit Analysis 11
Find Io in the circuit in Fig. P2.111. Figure P2.111

Chapter: 2 Problem: 2.112

Basic Engineering Circuit Analysis 11
Determine the value of Vo in the network in Fig. P2.112. Figure P2.112 + 6 k 4 k 18 k 12 k 6 k 12 V + Vo

Chapter: 2 Problem: 2.113

Basic Engineering Circuit Analysis 11
If Vo in the circuit in Fig. P2.113 is 24 V, find the value of IS. Figure P2.113 + + 4 5 4 12 V 2 16 V 2 A Vo = 24 V

Chapter: 2 Problem: 2.114

Basic Engineering Circuit Analysis 11
Find the value of VS in the network in Fig. P2.114. Figure P2.114 + 8 V + VX 1 k 1 k 1 k 1 k 1 k + VS 2VX

Chapter: 2 Problem: 2.115

Basic Engineering Circuit Analysis 11
Find the power supplied by the 6-mA source in the network in Fig. P2.115. Figure P2.115 12 k 12 k 4 k 12 k 6 mA 12 k

Chapter: 2 Problem: 2.116

Basic Engineering Circuit Analysis 11
Find Vo in the circuit in Fig. P2.116. + IS 12 V 3 k 5 k 2000 IS Vo +

Chapter: 2 Problem: 2.117

Basic Engineering Circuit Analysis 11
Find Vo in the network in Fig. P2.117. Figure P2.117

Chapter: 2 Problem: 2.118

Basic Engineering Circuit Analysis 11
Find I1 in the network in Fig. P2.118. Figure P2.118

Chapter: 2 Problem: 2.119

Basic Engineering Circuit Analysis 11
A single-stage transistor amplifier is modeled as shown in Fig. P2.119. Find the current in the load RL. Figure P2.119

Chapter: 2 Problem: 2.120

Basic Engineering Circuit Analysis 11
Find Io in the circuit in Fig. P2.120. Figure P2.120

Chapter: 2 Problem: 2.121

Basic Engineering Circuit Analysis 11
Find Vo in the circuit in Fig. P2.121. Figure P2.121

Chapter: 2 Problem: 2.122

Basic Engineering Circuit Analysis 11
A typical transistor amplifier is shown in Fig. P2.122. Find the amplifier gain G (i.e., the ratio of the output voltage to the input voltage). Figure P2.122 2Iy Vo 6 A Vx Iy 2 1 + 2 Vx 2 + VS = 250 mV 100 300 4 k 4 105 Ib 5 k 500 Vo +

Chapter: 2 Problem: 2.123

Basic Engineering Circuit Analysis 11
Find Vx in the network in Fig. P2.123

Chapter: 2 Problem: 2.124

Basic Engineering Circuit Analysis 11
Find Vo in the network in Fig. P2.124. 2Vy 6 A Vo Vy 4Vx 2 2 + Vx 1 2 +

Chapter: 2 Problem: 2.125

Basic Engineering Circuit Analysis 11
Find I1, I2, and I3 in the circuit in Fig. P2.125. Figure P2.125

Chapter: 2 Problem: 2.126

Basic Engineering Circuit Analysis 11
Find Io in the network in Fig. P2.126. Figure P2.126

Chapter: 2 Problem: 2.127

Basic Engineering Circuit Analysis 11
Find the power absorbed by the 12-k resistor on the right side of the network in Fig. P2.127. Figure P2.127

Chapter: 2 Problem: 2.128

Basic Engineering Circuit Analysis 11
Find the power absorbed by the 12-k resistor in the network in Fig. P2.128. Figure P2.128

Chapter: 2 Problem: 2.129

Basic Engineering Circuit Analysis 11
Find the value of k in the network in Fig. P2.129 such that the power supplied by the 6-A source is 108 W. Figure P2.129 6 A 6 3 6 12 4 kIo Io

Chapter: 2 Problem: 2.130

Basic Engineering Circuit Analysis 11
If the power absorbed by the 10-V source in Fig. P2.130 is 40 W, calculate IS. Figure P2.130

Chapter: 2 Problem: 2.131

Basic Engineering Circuit Analysis 11
If the power supplied by the 2-A current source in Fig. P2.131 is 50 W, calculate k. Figure P2.131 50 V 2 A + kI1 2 5 2 5 I 4 1

Glossary

×

Login

Organize all study tools for free

Or continue with
×

Register

Sign up for access to all content on our site!

Or continue with

Or login if you already have an account

×

Reset password

If you have an active account we’ll send you an e-mail for password recovery

Or login if you have your password back