Novid_Engineering

Novid_Engineering

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    Practice Prob 4.8 | Using Thevenin’s theorem, find the equivalent circuit & I | FEC 4th Edition
    5:44

    Practice Prob 4.8 | Using Thevenin’s theorem, find the equivalent circuit & I | FEC 4th Edition

    Example 4.8 | Find Thevenin equivalent of the circuit shown in Fig. 4.27 | FEC 4th Edition
    6:31

    Example 4.8 | Find Thevenin equivalent of the circuit shown in Fig. 4.27 | FEC 4th Edition

    Practice Prob 4.7 | Use source transformation to find ix in the circuit shown | FEC 4th Edition
    4:54

    Practice Prob 4.7 | Use source transformation to find ix in the circuit shown | FEC 4th Edition

    Example 4.7 | Find Vx in Fig. 4.20 using source transformation | FEC 4th Edition
    4:35

    Example 4.7 | Find Vx in Fig. 4.20 using source transformation | FEC 4th Edition

    Practice Prob 4.6 | Find io in the circuit using source transformation | FEC 4th Edition
    6:37

    Practice Prob 4.6 | Find io in the circuit using source transformation | FEC 4th Edition

    Example 4.6 | Use source transformation to find Vo in the circuit of Fig. 4.17 | FEC 4th Edition
    7:06

    Example 4.6 | Use source transformation to find Vo in the circuit of Fig. 4.17 | FEC 4th Edition

    Practice Prob 4.5 | Find I in the circuit using the superposition principle | FEC 4th Edition
    5:54

    Practice Prob 4.5 | Find I in the circuit using the superposition principle | FEC 4th Edition

    Example 4.5 | For the circuit use the superposition theorem to find i | FEC 4th Edition
    8:31

    Example 4.5 | For the circuit use the superposition theorem to find i | FEC 4th Edition

    Practice Prob 4.4 | Use superposition to find Vx in the circuit of Fig. 4.11 | FEC 4th Edition
    4:44

    Practice Prob 4.4 | Use superposition to find Vx in the circuit of Fig. 4.11 | FEC 4th Edition

    Example 4.4 | Find io in the circuit of Fig. 4.9 using superposition | FEC 4th Edition
    8:34

    Example 4.4 | Find io in the circuit of Fig. 4.9 using superposition | FEC 4th Edition

    Practice Prob 4.3 | Using the superposition theorem find Vo in the circuit | FEC 4th Edition
    4:08

    Practice Prob 4.3 | Using the superposition theorem find Vo in the circuit | FEC 4th Edition

    Example 4.3 | Use the superposition theorem to find v in the circuit of Fig. 4.6 | FEC 4th Edition
    4:18

    Example 4.3 | Use the superposition theorem to find v in the circuit of Fig. 4.6 | FEC 4th Edition

    Practice Prob 4.1 | For the circuit in Fig. 4.3, find vo when Is = 15 & Is = 30 A | FEC 4th Edition
    2:10

    Practice Prob 4.1 | For the circuit in Fig. 4.3, find vo when Is = 15 & Is = 30 A | FEC 4th Edition

    Example 4.1 | For the circuit in Fig. 4.2, find Io when vs is 12 V and vs is 24 V | FEC 4th Edition
    4:53

    Example 4.1 | For the circuit in Fig. 4.2, find Io when vs is 12 V and vs is 24 V | FEC 4th Edition

    Lottery Drawing Program | Java
    11:28

    Lottery Drawing Program | Java

    Birthdate Guesser Program | Java
    8:08

    Birthdate Guesser Program | Java

    Arrange Two Cities Alphabetically | Java
    4:11

    Arrange Two Cities Alphabetically | Java

    Methods of the String Class | Java
    15:01

    Methods of the String Class | Java

    Methods of the Character Class | Java
    3:01

    Methods of the Character Class | Java

    Hexadecimal to Decimal Converter | Java
    7:42

    Hexadecimal to Decimal Converter | Java

    Characters & Ascii Codes | Java
    8:44

    Characters & Ascii Codes | Java

    Math Functions in Java | Java
    6:46

    Math Functions in Java | Java

    Ternary/Conditional Operator | Java
    5:52

    Ternary/Conditional Operator | Java

    Chinese Zodiac Year Program | Java
    4:43

    Chinese Zodiac Year Program | Java

    Switch Statements Introduction | Java
    13:29

    Switch Statements Introduction | Java

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