The following figure represents a sinusoidal voltage in a Voltage vs. Time graph, where time is expressed in second.www-5-100.16t(s)0.080.240.32Which of the following options best represents the frequency of the following sinusoidal signal?O a. 0.32 HzO b. 12.5 HzOc. 30 HzO d. 3.10 Hz10Volts

In this question we need to find a frequency of the given signal .

Answered: The following figure represents a…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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In an experiment, the function generator is adjusted to generate a square voltage at a certain frequency. This voltage is displayed on an oscilloscope and the reading is 10 V peak-to-peak. The rms value of this voltage is .What will be the rms value of this voltage if the frequency is reduced to the half value? 3.536 Vrms . 3.536 Vrms O 5 Vrms . 1.7677 Vrms O 3.536 Vrms. 1.7677 Vrms O 5 Vrms . 5 Vrms ...... O 10 Vrms . 10 Vrms ......
How do I find the phase of this sinc function?
A sinusoidal waveform is displayed on a C.R.O. screen, the time/cm switch is on 30 µs/cm and the volt/cm switch is on 20 V/cm. The width of one complete cycle is 3.8 cm and the peak to peak distance is 4.8 cm. Determine the following: The frequency is? The magnitude of the sine voltage is? The amplitude is? The R.M.S voltage is?
A Red, Voltage 2V A Blue, Current 2mA 10 time Determine the period of the waveforms Determine the frequency of the waveform For the voltage waveform, determine its phase For the current waveform, determine its phase Write an equation for both the current and voltage waveforms, including their magnitude and phase
For the below sinusoidal voltage trace displayed by the CRO, the time/cm switch is on 0.2ms/cm and the volt/cm switch is on 1 V/cm. a) the frequency will be Hz b) the r.m.s value will be In CRO the beam can also be shifted vertically by applving a suitable DC voltage to the
Shown in the figure below is an "RL" circuit drive by an AC power source. The AC power source has an RMS voltage of Vps (RMS) = 9.84 Volts and is running at a frequency of f = 8.585e+04 Hz. The resistor has a resistance of R = 2170 and the inductor has an inductance of L = 3.54e-03 Henries. Vps R ww Write the FORMULA for the total impedance of the circuit Ztot = Determine the numerical value of Ztot = 2890.5 Determine the numerical value of $z= = 41 Determine the current through the circuit: • I(PEAK) = 4.81E-3 • I(RMS) = 3.404E-3 Determine the voltage across the resistor: • VR(PEAK) = 7.387 • VR(RMS) = 5.22 ✔✔ Amps ✔Amps Write the FORMULA for the phase of the total impedance of the circuit z... = | tan-1 2701 R x Volts X Volts Determine the voltage across the inductor: • VL(PEAK) = 9.184 • VL(RMS) = 6.49 ✔ Volts Volts L R²+ WL- ✔ degrees 2 If a second circuit were connected in parallel with the inductor, this circuit would be considered as: O a low-pass filter O a capacitive switcher…
can you please give me the comple solution for this question, thanks. A certain voltage function contains a constant term, a fundamental and third harmonic. The maximum value of the fundamental is 85 % of the constant term and the maximum value of the third harmonic is 55 % of the constant term. If the effective value of this function is 180.3V, find the magnitude of the two harmonics. A.IstHarmonic = 75 V , 3rd Harmonic = 120V B. Ist Harmonic = 80 V , 3rd Harmonic = 125V C. IstHarmonic = 120 , 3rd Harmonic = 75V D. Ist Harmonic = 125 V , 3rd Harmonic = 80V E. NOTA
The peak to peak distance of a sinusoidal waveform displayed on a C.R.O. screen is 9 cm and the 'volts/cm' switch is on 45 V/cm. The peak voltage is given by 405.00 V 202.50 V 5.00 V O 286.33 V
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Write down the equation for a sinusoidal voltage of 50 Hz and its peak value is 20 V.
Task (3) Al Hussein Technical University You are given the below parallel RLC circuit, answer the following questions showing the detailed steps. 1.5 μF Lis 300 mH 220 V R3 300 2 L2 120 mH 50 Hz 0.5 µF Figure 3: Parallel RLC Circuit a) Total impedance of the circuit b) The voltage and current Phase shifts of the total impedence. c) The voltage across C1 and the current flows through it. d) The voltage across L1 and C2. e) The currents flow through L1, R and L2.
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