Electromagnetic Wave in a sentence
Synonym: radiation.
Meaning: A wave that carries electromagnetic energy; includes visible light and radio waves.
(1) Gamma rays are a type of electromagnetic wave.
(2) The wave number of this electromagnetic wave is 0.1.
(3) The wave number of this electromagnetic wave is 0.5.
(4) Design a metamaterial for electromagnetic wave manipulation.
(5) The speed of an electromagnetic wave is constant in a vacuum.
(6) The spectral power of the electromagnetic wave was determined.
(7) The frequency of an electromagnetic wave determines its energy.
(8) The frequency of the electromagnetic wave increased sinusoidally.
(9) The electromagnetic wave induced voltage in the receiving antenna.
(10) The electromagnetic wave carried the information to the satellite.
Electromagnetic Wave sentence
(11) The carrier wave is typically a high-frequency electromagnetic wave.
(12) The wavenumber of the electromagnetic wave determines its frequency.
(13) The waveform of the electromagnetic wave determined its polarization.
(14) The antinode of the electromagnetic wave was detected by the receiver.
(15) The field strength of an electromagnetic wave determines its frequency.
(16) The phase shift of the electromagnetic wave determines its polarization.
(17) The absolute-scale frequency of the electromagnetic wave is 10^14 hertz.
(18) The wave front of the electromagnetic wave was detected by the satellite.
(19) An electromagnetic wave is a form of energy that can travel through space.
(20) The frequency of an electromagnetic wave oscillates to transmit information.
Electromagnetic Wave make sentence
(21) The absolute-scale wavelength of the electromagnetic wave is 500 nanometers.
(22) The energy change in the electromagnetic wave transfers energy through space.
(23) Electromagnetics is employed in the field of electromagnetic wave propagation.
(24) The wavefront of the electromagnetic wave carried information through the air.
(25) The wave number of this electromagnetic wave is measured in reciprocal meters.
(26) The energy carried by an electromagnetic wave is proportional to its frequency.
(27) The Hertzian wavefront describes the shape of an expanding electromagnetic wave.
(28) The wave amplitude of the electromagnetic wave determined the range of the signal.
(29) The polarization of the electromagnetic wave determines its direction of oscillation.
(30) The Hertzian field strength is a measure of the intensity of an electromagnetic wave.
Sentence of electromagnetic wave
(31) The wave amplitude of the electromagnetic wave determined the strength of the signal.
(32) Electromagnetics is employed in the field of electromagnetic wave propagation modeling.
(33) The wavelength of an electromagnetic wave determines its color in the visible spectrum.
(34) The behavior of an electromagnetic wave can be described by its frequency and amplitude.
(35) The eigenfrequency of the electromagnetic wave was calculated using Maxwell's equations.
(36) The intensity of an electromagnetic wave decreases as it travels further from its source.
(37) The behavior of an electromagnetic wave can be described by its frequency and wavelength.
(38) The electromagnetic wave theory was developed by James Clerk Maxwell in the 19th century.
(39) The carrier frequency is the frequency of the electromagnetic wave used for communication.
(40) The photons in an electromagnetic wave accrete with respect to electric and magnetic fields.
Electromagnetic Wave meaningful sentence
(41) The spectral power density of the electromagnetic wave was calculated at different frequencies.
(42) The energy carried by an electromagnetic wave is transferred in discrete packets called photons.
(43) The frequency of the electromagnetic wave is measured in cycles per second, also known as hertz.
(44) The vector field of an electromagnetic wave represents the direction and polarization of the wave.
(45) The permittivity of a material is a key parameter in the study of electromagnetic wave propagation.
(46) The magnetic permeability of a substance is an important parameter in electromagnetic wave propagation.
(47) The electrodynamic theory of light explains how light is generated and propagates as an electromagnetic wave.
(48) The electromagnetic wave spectrum includes radio waves, microwaves, infrared, visible light, ultraviolet, X-rays, and gamma rays.
Electromagnetic Wave meaning
Electromagnetic waves are a fundamental concept in physics and play a crucial role in various scientific and technological applications. Understanding how to use the term "electromagnetic wave" correctly in a sentence can enhance your communication skills and demonstrate your knowledge in the field. Here are some tips on incorporating this phrase effectively:
1. Define the term: When introducing the phrase "electromagnetic wave" in a sentence, it is essential to provide a clear definition.
For example, "An electromagnetic wave refers to the propagation of electric and magnetic fields through space."
2. Contextualize the concept: To demonstrate a deeper understanding of electromagnetic waves, it is helpful to provide context or examples. For instance, "Electromagnetic waves, such as radio waves, microwaves, and X-rays, are used in various communication and medical imaging technologies."
3. Explain the properties: Elaborating on the properties of electromagnetic waves can further enhance your sentence. You can mention characteristics like wavelength, frequency, and speed. For instance, "The wavelength of an electromagnetic wave determines its color, while the frequency determines its energy."
4. Discuss applications: Highlighting the practical applications of electromagnetic waves can showcase their significance.
For example, "Electromagnetic waves are utilized in wireless communication systems, allowing us to transmit information over long distances without the need for physical connections."
5. Relate to everyday life: Connecting the concept of electromagnetic waves to everyday experiences can make your sentence relatable. For instance, "When you use your cell phone to make a call, electromagnetic waves are responsible for transmitting your voice to the recipient."
6. Compare with other waves: Drawing comparisons between electromagnetic waves and other types of waves can provide a broader perspective.
For example, "Unlike mechanical waves, such as sound waves, electromagnetic waves can travel through a vacuum."
7. Mention historical figures or discoveries: Referring to notable scientists or discoveries related to electromagnetic waves can add depth to your sentence. For instance, "James Clerk Maxwell's equations revolutionized our understanding of electromagnetic waves and paved the way for modern physics."
8. Highlight the importance of electromagnetic waves: Emphasize the significance of electromagnetic waves in various fields, such as telecommunications, astronomy, and medicine.
For example, "Electromagnetic waves are crucial in astronomy as they allow us to observe distant celestial objects and gather information about their composition and behavior."
9. Consider the audience: Tailor your sentence to suit the knowledge level of your audience. If you are speaking to a general audience, simplify the language and avoid technical jargon. However, if you are addressing a scientific community, you can use more specialized terminology.
10. Proofread and revise: After constructing your sentence, proofread it to ensure clarity and coherence. Make sure the sentence effectively conveys your intended meaning and accurately represents the concept of electromagnetic waves. By following these tips, you can confidently incorporate the term "electromagnetic wave" into your sentences, showcasing your understanding of this fundamental concept in physics. Remember to practice using the phrase in various contexts to further enhance your communication skills.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Electromagnetic Wave. They do not represent the opinions of TranslateEN.com.