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Social psychology 4th gilovich nisbett 1

Absolute C++ (4th Edition) part 1 potx

Absolute C++ (4th Edition) part 1 potx

... "How many programming languages have you used? "; cin >> numberOfLanguages; 10 11 12 13 14 15 16 if (numberOfLanguages < 1) cout ...
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From Individuals to Ecosystems 4th Edition - Chapter 1 pptx

From Individuals to Ecosystems 4th Edition - Chapter 1 pptx

... 14 CHAPTER adiastola group (3 16 ) 14 15 21 17 34 35 26 38 80 31 33 46 59 50 54 55 60 61 57 63 64 65 71 72 73 78 62 68 70 76 74 75 81 79 87 77 81 82 83 84 89 45 56 53 52 51 44 43 67 81 29 41 42 ... group (66 10 1) 30 27 40 49 48 66 28 47 39 punalua 58 group (58–65) 25 23 36 glabriapex group (34–57) 12 16 22 24 18 19 20 32 11 10 13 planitidia group (17 –33) 85 86 88 92 95 93 96 10 0 91 90 94 ... Time (10 3 years ago) Chestnut 10 3 years ago Hickory Beech Hemlock Oak Pine Pine Spruce 10 12 14 0 0 10 ,000 2000 10 ,000 2000 10 00 10 00 3000 20,000 4000 2000 5000 15 ,000 500 500 0 10 00 10 00 10 00...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 1 pot

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 1 pot

... 0.933 0.966 1. 033 1. 067 1. 1 1. 133 1. 167 1. 2 1. 233 1. 267 1. 3 1. 333 1. 367 1. 4 1. 433 1. 466 1. 5 10 4.4 11 8.86 13 2.86 14 6.46 15 9.78 17 2 .18 18 3.98 19 5.04 205 .18 214 .52 223.06 2 31. 2 238 244 .14 249.74 255.08 ... R3 + R4 ) R1 + R2 + R3 + R4 ( R1 + R2 ) φ right = φTOT = R1 + R2 + R3 + R4 (90 .1 + 77.3) 90 .1 + 10 8.3 + 90 .1 + 77.3 φTOT = (90 .1 + 10 8.3) (0.0033 Wb) = 0.0 019 3 Wb 90 .1 + 10 8.3 + 90 .1 + 77.3 (0.0033 ... RTOT = R5 + R1 = R2 = R3 = R4 = R5 = l1 µ r µ0 A1 ( R1 + R2 ) ( R3 + R4 ) R1 + R2 + R3 + R4 = 1. 11 m = 90 .1 kA ⋅ t/Wb (2000) 4π × 10 H/m (0.07 m )(0.07 m ) ( −7 ) l2 0.0007 m = = 10 8.3 kA ⋅ t/Wb...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 2 ppt

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 2 ppt

... 11 6.3 2. 28° V 27 VR = (3) 11 6.3 -11 5 × 10 0% = 1. 1% 11 5 0.8 PF Leading: VP ′ = VS + Z EQ IS = 11 5∠0° V + ( 0 .14 0 + j 0.5 32 Ω )(8.7∠36.87° A ) VP ′ = 11 3.3 2. 24° V 11 3.3 -11 5 VR = × 10 0% = 1. 5% 11 5 ... 11 5∠0° V + ( 0 .14 0 + j 0.5 32 Ω )(8.7∠ − 36.87° A ) VP ′ = 11 8.8 1. 4° V 11 8.8 -11 5 VR = × 10 0% = 3.3% 11 5 (2) 1. 0 PF: VP ′ = VS + Z EQ I S = 11 5∠0° V + ( 0 .14 0 + j0.5 32 Ω )(8.7∠0° A ) VP ′ = 11 6.3 2. 28° ... TEST: 19 .1 V Z EQ = REQ + jX EQ = = 2. 2 Ω 8.7 A P 42. 3 W θ = cos 1 SC = cos 1 = 75.3° VSC I SC 19 .1 V )(8.7 A ) ( Z EQ = REQ + jX EQ = 2. 20∠75.3° Ω = 0.558 + j 2 . 12 8 Ω REQ = 0.558 Ω X EQ = j 2 . 12 8...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 3 ppsx

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 3 ppsx

... 19 .9 kV 7.97 kV 200 kVA 2.50 :1 19.9 kV 13 .8 kV 200 kVA 1. 44 :1 Y-∆ 34 .5 kV 7.97 kV 200 kVA 4 .33 :1 ∆-Y 34 .5 kV 13 .8 kV 200 kVA 2.50 :1 ∆-∆ 34 .5 kV 13 .8 kV 34 6 kVA 2.50 :1 open-∆ 19 .9 kV 13 .8 kV 34 6 ... (low-voltage) side is Vbase (15 kV ) = 1. 125 Ω = S base 200 MVA Z base = so REQ = ( 0. 012 ) (1. 125 Ω ) = 0. 0 13 5 Ω X EQ = ( 0.05) (1. 125 Ω ) = 0.05 63 36 X M = (10 0 ) (1. 125 Ω ) = 11 2.5 Ω The equivalent ... VSC = 16 00 V , I φ ,SC = I SC / = 1. 1547 A , and Pφ ,SC = PSC / = 38 3 W Z EQ = Vφ ,SC 16 00 V = = 13 85 Ω I φ ,SC 1. 155 A θ = cos 1 Pφ ,SC Vφ ,SC I φ ,SC = cos 1 38 3 W = 78.0° (16 00 V ) (1. 155 A...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 4 pot

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 4 pot

... Load = (0 .47 65∠ − 41 . 6°) (1. 513 + j1 .13 4 ) = 0.9 01 4. 7° VLoad = VLoad,puVbase3 = (0.9 01) (48 0 V ) = 43 2 V The power supplied to the load is PLoad,pu = I RLoad = ( 0 .47 65) (1. 513 ) = 0. 344 PLoad ... j0. 040 + 0.00723 + j0. 048 2 + 0. 040 + j 0 .17 0 + 1. 513 + j1 .13 4 Z EQ = 1. 5702 + j1.3922 = 2.099∠ 41 . 6° The resulting current is I= 1 0° = 0 .47 65∠ − 41 . 6° 2.099∠ 41 . 6° The load voltage under these ... 0. 010 j0. 040 0.00723 T1 1 0° j0. 048 2 0. 040 Line + - j0 .17 0 T2 1. 513 j1 .13 4 (b) L1 With the switch opened, the equivalent impedance of this circuit is Z EQ = 0. 010 + j0. 040 + 0.00723 + j0. 048 2...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 5 ppsx

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 5 ppsx

... Phase − T / 12 T / 12 3T / 12 5T / 12 7T / 12 9T / 12 11 T / 12 T / 12 3T / 12 5T / 12 7T / 12 9T / 12 11 T / 12 T / 12 c a a b b c c b b c c a a b 88 Conducting SCR (Positive) SCR3 SCR1 SCR1 SCR2 SCR2 ... from R1, the time at which iD(t) reaches IH is t2 = − R2C ln I H R2 (0.00 05 A ) ( 15 00 Ω ) = 5. 5 ms = − ( 0.0 0 15 ) ln 30 V VBO Therefore, the period of the relaxation oscillator is T = 17 8 ms + 5. 5 ... of R1 and R2, so the time constant for the discharge is τ2 = (50 0 kΩ) (1. 5 kΩ) 1. 0 µ F = 0.0 0 15 s R1R2 C= ( ) R1 + R2 50 0 kΩ + 1. 5 kΩ The equation for the voltage on the capacitor during the discharge...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 6 pps

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 6 pps

... below: 11 2 0 .15 Ω j1 .1 Ω IA + EA + - Vφ Z 6. 667 ∠30° - The magnitude of the phase current flowing in this generator is IA = EA 13 77 V 13 77 V = = = 18 6 A RA + jX S + Z 0 .15 + j1 .1 + 6. 667 ∠30° 1. 829 ... A = 12 40∠0° + ( 0 .15 Ω ) (18 6 − 30° A ) + j (1. 1 Ω) (18 6 − 30° A ) E A = 13 77 6. 8° V The resulting phasor diagram is shown below (not to scale): E = 13 77 6. 8° V A θ V = 12 40∠0° V φ IA = 18 6 -30° ... cos θ = (12 40 V ) (18 6 A )( 0.8) = 554 kW PCU = I A2 RA = (18 6 A ) ( 0 .15 Ω ) = 15 .6 kW PF&W = 24 kW Pcore = 18 kW Pstray = (assumed 0) PIN = POUT + PCU + PF&W + Pcore + Pstray = 61 2 kW 11 3 η= (d)...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 7 doc

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 7 doc

... MW = (1. 5) 61. 0 − f sys + (1. 676 ) 61. 5 − f sys + (1. 9 61) 60.5 − f sys ) MW = 91. 5 − 1. 5f sys + 10 3. 07 1. 676 f sys + 11 8.64 − 1. 961f sys 5 .13 7 fsys = 306.2 f sys = 59. 61 Hz The power supplied by ... SD B 3.0 +1 +1 100 10 0 f nl,C 60.5 Hz f fl,C = = = 58. 97 Hz SDC 2.6 +1 +1 100 10 0 and the slopes of the power-frequency curves are: MW S PA = = 1. 5 MW/Hz Hz MW S PB = = 1. 676 MW/Hz 1. 79 Hz MW ... will be ( (f (f ) ) = (1. 676 MW/Hz )( 61. 5 Hz − 59. 61 Hz ) = 3 . 17 MW ) = (1. 9 61 MW/Hz )(60.5 Hz − 59. 61 Hz ) = 1. 74 MW PA = s PA f nlA − fsys = (1. 5 MW/Hz )( 61. 0 Hz − 59. 61 Hz ) = 2.09 MW PB =...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 8 ppt

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 8 ppt

... = 1. 15 E A1 = 1. 15 ( 384 V ) = 4 41. 6 V 15 0 δ = sin 1 E A1 384 V sin 1 = sin 1 sin ( −36.4° ) = − 31. 1° E A2 4 41. 6 V The new armature current is I A2 = Vφ − E A2 jX S = 480 ∠0° V − 4 41. 6∠ − 31. 1° ... = sin 1 E A1 13 ,230 V sin δ = sin 1 sin 27.9° = 31. 3° E A2 11 ,907 V Therefore, the new armature current is IA = E A2 − Vφ jX S = 11 ,907∠ 31. 3° − 7044∠0° = 84 8∠ − 26 .8 A j8 . 18 With a 15 % decrease, ... A Line voltage, kV Extrapolated air-gap voltage, kV 320 13 .0 15 .4 365 13 .8 17 .5 380 14 .1 18. 3 475 15 .2 22 .8 570 16 .0 27.4 475 15 50 570 18 85 The short-circuit test was then performed with the following...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 9 pot

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 9 pot

... PIN = (c) Pout POUT 10 0 kW = = 11 0 kW 0. 91 η The mechanical speed is nm = 15 00 r/min (d) The armature current is IA = IL = P 11 0 kW = = 15 6 A VT PF ( 480 V )(0.85) I A = 15 6∠ 31. 8° A Therefore, ... English units is τ load = POUT ωm = ( 210 00 hp)(746 W/hp) (12 00 r/min ) 2π rad 60 s τ load = 6 -13 = 12 4,700 N ⋅ m 1r 5252 P 5252 ( 210 00 hp ) = = 91 , 91 0 lb ⋅ ft nm (12 00 r/min ) A 440-V three-phase ... nfl 17 90 17 20 × 10 0% = × 10 0% = 4 .1% 17 20 nfl A 208-V, two-pole, 60-Hz Y-connected wound-rotor induction motor is rated at 15 hp Its equivalent circuit components are 17 3 R1 = 0.200 Ω R2 = 0 .12 0...
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(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 10 pps

(McGraw-Hill) (Instructors Manual) Electric Machinery Fundamentals 4th Edition Episode 1 Part 10 pps

... = 0. 211 Ω and X = 0. 317 Ω Therefore, X M = 5.455 Ω − 0. 211 Ω = 5.244 Ω The resulting equivalent circuit is shown below: 19 2 IA R1 + Vφ jX1 0 .10 5 Ω jX2 j0. 211 Ω j0. 317 Ω j5.244 Ω R2 0.0 71 Ω jXM ... M ( R1 + jX ) ( j15 Ω )( 0.20 Ω + j 0. 41 Ω ) = = 0 .18 95 + j0.4 016 Ω = 0.444∠64.7° Ω R1 + j ( X + X M ) 0.20 Ω + j ( 0. 41 Ω + 15 Ω ) VTH = jX M ( j15 Ω ) Vφ = (12 0∠0° V ) = 11 6.8∠0.7° V R1 + j ... the DC test, R1 = 13 .5 V 64 A ⇒ R1 = 0 .10 5 Ω IDC + R1 VDC R1 R1 - In the no-load test, the line voltage is 208 V, so the phase voltage is 12 0 V Therefore, X1 + X M = Vφ I A,nl = 12 0 V = 5.455...
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