Novid_Engineering

Novid_Engineering

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    Practice Prob 7.4 | For the circuit in Fig. 7.18, find i(t) for t>0 | FEC 4th Edition
    6:26

    Practice Prob 7.4 | For the circuit in Fig. 7.18, find i(t) for t>0 | FEC 4th Edition

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    Example 7.4 | Fig. 7.16 At t=0 the switch is opened. Calculate i(t) for i>0 | FEC 4th Edition
    6:08

    Example 7.4 | Fig. 7.16 At t=0 the switch is opened. Calculate i(t) for i>0 | FEC 4th Edition

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    Example 7.3 | If i(0)=10A calculate i(t) & ix(t) in the circuit of Fig. 7.13 | FEC 4th Edition
    7:28

    Example 7.3 | If i(0)=10A calculate i(t) & ix(t) in the circuit of Fig. 7.13 | FEC 4th Edition

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    Practice Prob 7.2 | The switch in Fig 7.10 opens at t=0 find v(t) for t>0 & wc(0) | FEC 4th Edition
    5:40

    Practice Prob 7.2 | The switch in Fig 7.10 opens at t=0 find v(t) for t>0 & wc(0) | FEC 4th Edition

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    Example 7.2 | Fig 7.8 switch is opened at t=0. Find v(t) for t>0 | FEC 4th Edition
    5:13

    Example 7.2 | Fig 7.8 switch is opened at t=0. Find v(t) for t>0 | FEC 4th Edition

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    Practice Prob 7.3 | Find i and Vx in the circuit of Fig. 7.15. Let i(0) = 5A | FEC 4th Edition
    6:43

    Practice Prob 7.3 | Find i and Vx in the circuit of Fig. 7.15. Let i(0) = 5A | FEC 4th Edition

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    Practice Prob 7.1 | In Fig. 7.7. Let Vc(0) = 45V Determine Vc, Vx and io for t>0 | FEC 4th Edition
    4:02

    Practice Prob 7.1 | In Fig. 7.7. Let Vc(0) = 45V Determine Vc, Vx and io for t>0 | FEC 4th Edition

     2  views
    Example 7.1 | In Fig. 7.5, let Vc(0) = 15 V Find Vc, Vx and Ix for t>0 | FEC 4th Edition
    5:01

    Example 7.1 | In Fig. 7.5, let Vc(0) = 15 V Find Vc, Vx and Ix for t>0 | FEC 4th Edition

     2  views
    Practice Prob 6.12 | In Fig 6.34, find i2(0) i2(t) i(t) v1(t) v2(t) & v(t) | FEC 4th Edition
    9:59

    Practice Prob 6.12 | In Fig 6.34, find i2(0) i2(t) i(t) v1(t) v2(t) & v(t) | FEC 4th Edition

     2  views
    Example 6.11 | Find the equivalent inductance of the circuit shown in Fig. 6.31 | FEC 4th Edition
    1:01

    Example 6.11 | Find the equivalent inductance of the circuit shown in Fig. 6.31 | FEC 4th Edition

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    Example 6.10 | The circuit in Fig. 6.27, find: (a) i, Vc & iL, & (b) the energy| FEC 4th Edition
    3:47

    Example 6.10 | The circuit in Fig. 6.27, find: (a) i, Vc & iL, & (b) the energy| FEC 4th Edition

     2  views
    Practice Prob 6.6 | Find the equivalent capacitance at the terminals in Fig. 6.17. | FEC 4th Edition
    1:33

    Practice Prob 6.6 | Find the equivalent capacitance at the terminals in Fig. 6.17. | FEC 4th Edition

     2  views
    Example 6.12 | In Fig 6.33 find i1(0) v(t) v1(1) v2(1) i1(t) and i2(t) | FEC 4th Edition
    12:39

    Example 6.12 | In Fig 6.33 find i1(0) v(t) v1(1) v2(1) i1(t) and i2(t) | FEC 4th Edition

     3  views
    Practice Prob 6.11 | Calculate the equivalent inductance in Fig. 6.32 | FEC 4th Edition
    1:44

    Practice Prob 6.11 | Calculate the equivalent inductance in Fig. 6.32 | FEC 4th Edition

     3  views
    Practice Prob 6.10 | Find Vc & IL, and energy stored in the capacitor & inductor| FEC 4th Edition
    4:12

    Practice Prob 6.10 | Find Vc & IL, and energy stored in the capacitor & inductor| FEC 4th Edition

     1  view
    Example 6.7 | Fig. 6.18, find the voltage across each capacitor | FEC 4th Edition
    4:29

    Example 6.7 | Fig. 6.18, find the voltage across each capacitor | FEC 4th Edition

     2  views
    Example 6.6 | Find equivalent capacitance seen between terminals a and b Fig. 6.16 | FEC 4th Edition
    1:44

    Example 6.6 | Find equivalent capacitance seen between terminals a and b Fig. 6.16 | FEC 4th Edition

     1  view
    Practice Prob 6.5 | Find the energy stored in the capacitors in Fig. 6.13 | FEC 4th Edition
    5:06

    Practice Prob 6.5 | Find the energy stored in the capacitors in Fig. 6.13 | FEC 4th Edition

     1  view
    Example 6.5 |Obtain the energy stored in each capacitor in Fig. 6.12 | FEC 4th Edition
    6:19

    Example 6.5 |Obtain the energy stored in each capacitor in Fig. 6.12 | FEC 4th Edition

     2  views
    Practice Prob 4.13 | Find the value of RL for maximum power transfer Fig 4.52 | FEC 4th Edition
    8:31

    Practice Prob 4.13 | Find the value of RL for maximum power transfer Fig 4.52 | FEC 4th Edition

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    Practice Prob 4.10 | Obtain the Thevenin equivalent of the circuit in Fig. 4.36 | FEC 4th Edition
    6:40

    Practice Prob 4.10 | Obtain the Thevenin equivalent of the circuit in Fig. 4.36 | FEC 4th Edition

    Example 4.13 | Find the value of RL for maximum power transfer Fig 4.50 | FEC 4th Edition
    8:06

    Example 4.13 | Find the value of RL for maximum power transfer Fig 4.50 | FEC 4th Edition

     1  view
    Practice Prob 4.12 | Find the Norton equivalent circuit of the circuit Fig 4.45 | FEC 4th Edition
    6:04

    Practice Prob 4.12 | Find the Norton equivalent circuit of the circuit Fig 4.45 | FEC 4th Edition

    Example 4.12 | Using Norton’s theorem, find RN and IN of the circuit | FEC 4th Edition
    3:25

    Example 4.12 | Using Norton’s theorem, find RN and IN of the circuit | FEC 4th Edition

    Practice Prob 4.11 | Find the Norton equivalent circuit for the circuit Fig. 4.42 | FEC 4th Edition
    3:28

    Practice Prob 4.11 | Find the Norton equivalent circuit for the circuit Fig. 4.42 | FEC 4th Edition

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