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The form or mode of propagation is determined by which factors?
- a)Type of excitation device
- b)Location of excitation device
- c)Type and location of the excitation device
- d)Waveguide characteristics
Correct answer is option 'C'. Can you explain this answer?
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The form or mode of propagation is determined by which factors?a)Type ...
Answer: c
Explanation: The form and the mode of propagation of the wave in a waveguide is determined by the type and location of the excitation device.
Explanation: The form and the mode of propagation of the wave in a waveguide is determined by the type and location of the excitation device.
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The form or mode of propagation is determined by which factors?a)Type ...
Factors determining the form or mode of propagation
The form or mode of propagation of an electromagnetic wave is determined by various factors. Some of the important factors include:
Type of excitation device
- The type of excitation device used to generate the electromagnetic wave plays a crucial role in determining its mode of propagation.
- For example, a wave generated by a dipole antenna will have a different mode of propagation compared to a wave generated by a loop antenna.
Location of excitation device
- The location of the excitation device with respect to the surrounding medium also affects the mode of propagation of the electromagnetic wave.
- For example, a wave generated by a dipole antenna placed in free space will have a different mode of propagation compared to a wave generated by the same antenna placed near a conducting surface.
Type and location of the excitation device
- The type and location of the excitation device together determine the mode of propagation of the electromagnetic wave.
- For example, a wave generated by a horn antenna placed in free space will have a different mode of propagation compared to a wave generated by the same antenna placed near a dielectric material.
Waveguide characteristics
- Finally, the characteristics of the waveguide through which the electromagnetic wave travels also affect its mode of propagation.
- For example, a waveguide with a rectangular cross-section will support different modes of propagation compared to a waveguide with a circular cross-section.
Conclusion
In conclusion, the mode of propagation of an electromagnetic wave is determined by various factors including the type, location, and characteristics of the excitation device as well as the waveguide through which the wave travels. Understanding these factors is important in designing and analyzing electromagnetic systems.
The form or mode of propagation of an electromagnetic wave is determined by various factors. Some of the important factors include:
Type of excitation device
- The type of excitation device used to generate the electromagnetic wave plays a crucial role in determining its mode of propagation.
- For example, a wave generated by a dipole antenna will have a different mode of propagation compared to a wave generated by a loop antenna.
Location of excitation device
- The location of the excitation device with respect to the surrounding medium also affects the mode of propagation of the electromagnetic wave.
- For example, a wave generated by a dipole antenna placed in free space will have a different mode of propagation compared to a wave generated by the same antenna placed near a conducting surface.
Type and location of the excitation device
- The type and location of the excitation device together determine the mode of propagation of the electromagnetic wave.
- For example, a wave generated by a horn antenna placed in free space will have a different mode of propagation compared to a wave generated by the same antenna placed near a dielectric material.
Waveguide characteristics
- Finally, the characteristics of the waveguide through which the electromagnetic wave travels also affect its mode of propagation.
- For example, a waveguide with a rectangular cross-section will support different modes of propagation compared to a waveguide with a circular cross-section.
Conclusion
In conclusion, the mode of propagation of an electromagnetic wave is determined by various factors including the type, location, and characteristics of the excitation device as well as the waveguide through which the wave travels. Understanding these factors is important in designing and analyzing electromagnetic systems.
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The form or mode of propagation is determined by which factors?a)Type of excitation deviceb)Location of excitation devicec)Type and location of the excitation deviced)Waveguide characteristicsCorrect answer is option 'C'. Can you explain this answer?
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