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![u tu 0 ☺ PTI o ㅠ belot . Time Period (T) = 21 We know that General representation of Sin wave Ut) = û Sin (Wot +0] here o=0 b](http://img.homeworklib.com/questions/b0978080-9e3a-11eb-9adc-65ddf6c69312.png?x-oss-process=image/resize,w_560)
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QUESTIONS The picture shows a sine wave. Name the numbers +Û 1 2 3 0 4...
The graph to the left shows a red sine wave and a black sine wave. When...
The graph to the left shows a red sine wave and a black sine wave. When you start t black sine wave will be hidden behind the red one. Play around with the red sine wav by changing the values for amplitude, frequency, and phase to see how they change the shape of the wave. Questions to Answer 1) Which setting changes maximum and minimum? A2) Which setting shifts the start and end left or right? 3) Which setting changes...
Fig. 2 4 of Example 1 Simulate Sine wave f(t)-sin(1000 *2π*1) 1. Create a new model...
Fig. 2 4 of Example 1 Simulate Sine wave f(t)-sin(1000 *2π*1) 1. Create a new model window by choosing "File">"Ne"> "Model" 2. Drag "Sine Wave" block from "Simulink" -> "Sources" to the model window; 3. Drag "Scope" block from "Simulink"-"Sinks" to the model window 4. Left-press the mouse when the arrow becomes a single cross by moving the mouse near to the right side of "Sine Wave; keep left button pressed and move the single cross to the left side...
The plot below shows the input (solid line) and output (dashed line) of a linear system being excited with a sine wave. The horizontal axis is time in seconds. 3 2 I- Input Output -2 2 1.2 1.4 1....
The plot below shows the input (solid line) and output (dashed line) of a linear system being excited with a sine wave. The horizontal axis is time in seconds. 3 2 I- Input Output -2 2 1.2 1.4 1.6 1.8 0 0.2 0.4 0.6 0.8 Time [s What is the frequency of the sine wave in Hz? What is the gain of the system at this frequency (straight units) What is the phase shift of the system at this frequency...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points] Is string 2 more or less dense than string 1? Justify your answer b) [3 points) in which string will the wave travel faster? Justify your answer. c)...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points) is string 2 more or less dense than string 1? Justify your answer b) [3 points) In which string will the wave travel faster? Justify your answer. c)...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points) is string 2 more or less dense than string 1? Justify your answer b) 3 points) In which string will the wave travel faster? Justify your answer. were...
2 For the sine wave below in Figure 1, dewesise the peak, peak to peak, rms...
2 For the sine wave below in Figure 1, dewesise the peak, peak to peak, rms and Figure I 3. A simusoidal voltage is applied to the resistive cireuit in Figure 2 as below. Determine () i (d) Ipo (e) at the positive peak ()b)1 Figure 2 Determine the frequency and time period for the angular velocity 1256 rad/s? Sine wave A has a positive going zero crossing สเ 0°. Sine wave B has a positive zero crossing at 20P....
(Figure 1) shows a history graph at x = 0 m of a wave moving to...
(Figure 1) shows a history graph at x = 0 m of a wave moving to
the right at 1 m/s. What is the snapshot graph of this wave at t =
0 s ?
Item 8 What is the snapshot graph of this wave att 0 s? Constants|Periodic Table cm (Figure 1) shows a history graph at at 1 m/s. 0 m of a wave moving to the right x(m) 2-12 34 5 6 cm x(m) -6-5-4 13-2/1 y...
Consider a half-wave rectified sine wave with a peak voltage of 100 V. It can be...
Consider a half-wave rectified sine wave with a peak voltage of 100 V. It can be shown (GENT 3123) that the complex Fourier series coefficients are: 100 G-j25 n 13, t5, 7 C,- 100 2, P2 ,n 4, 6, a) Evaluate Dn , n-0, 「, 2 , 3, 4 for the polar Fourier series b) Evaluate φ, , n = 0, 1, 2 , 3, 4 for the polar Fourier series c) How many decibels (dB) is the second harmonic...
c++ QUESTION 1 What is the Big-Oh of the following computation? int sum = 0; for...
c++
QUESTION 1 What is the Big-Oh of the following computation? int sum = 0; for (int counter = 1; counter <n; counter++) sum = sum + counter: TTT Arial 3 (12pt) T E E 5.0 25 Path:p QUESTION 2 Click Save and Submit to save and submit. Click Save All Arera to save all answers arch
The graph to the left shows a red sine wave and a black sine wave. When you start t black sine wave will be hidden behind the red one. Play around with the red sine wav by changing the values for amplitude, frequency, and phase to see how they change the shape of the wave. Questions to Answer 1) Which setting changes maximum and minimum? A2) Which setting shifts the start and end left or right? 3) Which setting changes...
Fig. 2 4 of Example 1 Simulate Sine wave f(t)-sin(1000 *2π*1) 1. Create a new model window by choosing "File">"Ne"> "Model" 2. Drag "Sine Wave" block from "Simulink" -> "Sources" to the model window; 3. Drag "Scope" block from "Simulink"-"Sinks" to the model window 4. Left-press the mouse when the arrow becomes a single cross by moving the mouse near to the right side of "Sine Wave; keep left button pressed and move the single cross to the left side...
The plot below shows the input (solid line) and output (dashed line) of a linear system being excited with a sine wave. The horizontal axis is time in seconds. 3 2 I- Input Output -2 2 1.2 1.4 1.6 1.8 0 0.2 0.4 0.6 0.8 Time [s What is the frequency of the sine wave in Hz? What is the gain of the system at this frequency (straight units) What is the phase shift of the system at this frequency...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points] Is string 2 more or less dense than string 1? Justify your answer b) [3 points) in which string will the wave travel faster? Justify your answer. c)...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points) is string 2 more or less dense than string 1? Justify your answer b) [3 points) In which string will the wave travel faster? Justify your answer. c)...
Problem 5: The top picture shows a wave pulse on a string (string 1-blue) travelling to the right, where the string is attached to another string (string 2 - orange). The bottom picture shows the reflected wave some time later. If the tension on both strings is the same, a) [2 points) is string 2 more or less dense than string 1? Justify your answer b) 3 points) In which string will the wave travel faster? Justify your answer. were...
2 For the sine wave below in Figure 1, dewesise the peak, peak to peak, rms and Figure I 3. A simusoidal voltage is applied to the resistive cireuit in Figure 2 as below. Determine () i (d) Ipo (e) at the positive peak ()b)1 Figure 2 Determine the frequency and time period for the angular velocity 1256 rad/s? Sine wave A has a positive going zero crossing สเ 0°. Sine wave B has a positive zero crossing at 20P....
(Figure 1) shows a history graph at x = 0 m of a wave moving to
the right at 1 m/s. What is the snapshot graph of this wave at t =
0 s ?
Item 8 What is the snapshot graph of this wave att 0 s? Constants|Periodic Table cm (Figure 1) shows a history graph at at 1 m/s. 0 m of a wave moving to the right x(m) 2-12 34 5 6 cm x(m) -6-5-4 13-2/1 y...
Consider a half-wave rectified sine wave with a peak voltage of 100 V. It can be shown (GENT 3123) that the complex Fourier series coefficients are: 100 G-j25 n 13, t5, 7 C,- 100 2, P2 ,n 4, 6, a) Evaluate Dn , n-0, 「, 2 , 3, 4 for the polar Fourier series b) Evaluate φ, , n = 0, 1, 2 , 3, 4 for the polar Fourier series c) How many decibels (dB) is the second harmonic...
c++
QUESTION 1 What is the Big-Oh of the following computation? int sum = 0; for (int counter = 1; counter <n; counter++) sum = sum + counter: TTT Arial 3 (12pt) T E E 5.0 25 Path:p QUESTION 2 Click Save and Submit to save and submit. Click Save All Arera to save all answers arch
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