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Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.?
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Determine the unknown frequency of the input signal applied to the ver...
Analysis of Lissajous Pattern
To determine the unknown frequency of the input signal applied to the vertical deflection plate, we need to analyze the Lissajous pattern obtained when the horizontal deflection plate frequency is known to be 2kHz.
Understanding Lissajous Patterns
Lissajous figures are the patterns formed when two sinusoidal waves are graphed against each other. The shape of the pattern depends on the frequency and phase relationship between the two input signals.
Relationship between Frequencies in Lissajous Patterns
In a Lissajous pattern, the shape changes with the ratio of the frequencies of the two input signals. For example, if the horizontal deflection plate frequency is 2kHz, the shape of the pattern will change when the vertical deflection plate frequency is different.
Determining the Unknown Frequency
By observing the Lissajous pattern obtained when the horizontal deflection plate frequency is known to be 2kHz, we can determine the unknown frequency of the input signal applied to the vertical deflection plate. The shape of the pattern will reveal the frequency relationship between the two input signals.
Conclusion
Analyzing the Lissajous pattern obtained with the known horizontal deflection plate frequency of 2kHz will help us determine the unknown frequency of the input signal applied to the vertical deflection plate. By understanding the relationship between frequencies in Lissajous patterns, we can accurately calculate the unknown frequency and complete the analysis.
To determine the unknown frequency of the input signal applied to the vertical deflection plate, we need to analyze the Lissajous pattern obtained when the horizontal deflection plate frequency is known to be 2kHz.
Understanding Lissajous Patterns
Lissajous figures are the patterns formed when two sinusoidal waves are graphed against each other. The shape of the pattern depends on the frequency and phase relationship between the two input signals.
Relationship between Frequencies in Lissajous Patterns
In a Lissajous pattern, the shape changes with the ratio of the frequencies of the two input signals. For example, if the horizontal deflection plate frequency is 2kHz, the shape of the pattern will change when the vertical deflection plate frequency is different.
Determining the Unknown Frequency
By observing the Lissajous pattern obtained when the horizontal deflection plate frequency is known to be 2kHz, we can determine the unknown frequency of the input signal applied to the vertical deflection plate. The shape of the pattern will reveal the frequency relationship between the two input signals.
Conclusion
Analyzing the Lissajous pattern obtained with the known horizontal deflection plate frequency of 2kHz will help us determine the unknown frequency of the input signal applied to the vertical deflection plate. By understanding the relationship between frequencies in Lissajous patterns, we can accurately calculate the unknown frequency and complete the analysis.
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Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.?
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Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.?.
Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Determine the unknown frequency of the input signal applied to the vertical deflection plate when the horizontal deflection plate frequency is 2kHz for the Lissajous pattern obtained, as shown below.?.
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