Find the sum of the voltages and its phase angle and the angle difference of e1=12 sin 10 t + 60oV and e2=6 sin 10 t + 30oV   Answer: et= 17.46∠50.10o    θpd=30o

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Q: ind the sum of the voltages and its phase angle and the angle difference. 1. ez = 12 sin 10t + 60°V…

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Q: source frequency and the impedance Z ? a) f = 150.66 Hz & Z 28.78/80° b) f = 152.66 Hz & Z =…

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Q: j4 2 -30 82 j52 30/0° V 52 10 2 -120 -1

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Q: 3. Find Vs if V = 8445°V. w 20 12 Vs |+ j20 ele HH -j292 V1 20 w Vo

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Q: Draw the amplitude and phase spectrum for the following infinite duration complex tone. x (t) = 10…

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Q: 1. Determine the equivalent impedance across 'a' and 'b'.

A: It is given that:

Q: "What is the magnitude of the capacitive reactance XC at a frequency of 2 MHz, if C is 2 nF7 O 0025…

A: Frequency, f=2×106Hz                  C=2×10-9F

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Q: Given the equation, Ve = 42. 1 V sine, What is the value of Voltage at 151.6° A 42.1 V 84.2 V 59.54…

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Q: d the sum of the voltages and its phase angle and the angle difference of e1=-12 cos wt + 50oV and…

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Q: Find the sine function of: 1. Z = 10 + i

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Q: Find the phase angle.

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Q: Find the sum of the voltages and its phase angle and the angle difference of e1=-12 cos wt + 50oV…

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Q: Find the value of z if 10 30° + (3 - j4) (2+j4)(3- j5)*

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Q: "What is the magnitude of the capacitive reactance XC at a frequency of 2 MHz, if C is 2 nF?" O 0…

A: Frequency, f=Hz                 C=F

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Superposition Theorem

The superposition theorem is applied to linear systems. For such systems, the output from two different inputs equals the sum of the outputs from each input separately. On applying this theorem many times we get the output from any number of inputs equal to the sum of the outputs from the individual inputs separately.