TABLE OF CONTENTS AVERAGE AND EFFECTIVE VALUES
| 1. | If the period, T=10 s, determine the average and effective values for the voltage wave shown in Fig 11.1.  Figure 11.1 |
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| 2. | If the period, T= 10 s, determine the average and effective values for the current wave shown in Fig 11.2.  Figure 11.2 |
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| 3. | If the period, T = 10 s, determine the average and effective values for the voltage wave shown in Fig 11.3.  Figure 11.3 |
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| 4. | If the period, T = 10 s, determine the average and effective values for the current wave shown in Fig 11.4.  Figure 11.4 |
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| 5. | If the period, T = 40 ms, determine the average and effective values for the voltage wave shown in Fig 11.5.  Figure 11.5 |
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| 6. | If the period, T = 6 s, determine the average and effective values for the voltage wave shown in Fig 11.6.  Figure 11.6 SINUSOIDAL STEADY STATE |
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| 7. | Determine the average power and the power factor for an RLC series network operating at 400 Hz with R = 100 ?, L = 39.79 mH and C = 15.92 ?F if the network is subjected to a sinusoidal voltage with a maximum amplitude of 180 V. |
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| 8. | Determine the average power and the power factor for an RLC parallel network operating at 250 Hz with R = 50 ?, L = 50.93 mH and C = 21.22 ?F if the network is... |
