Fundamental Frequency in a sentence
(1) The fundamental frequency of a drum determines its base tone.
(2) The fundamental frequency of a tuba determines its base tone.
(3) The fundamental frequency of a fire alarm can indicate danger.
(4) The fundamental frequency of a sound wave determines its pitch.
(5) The fundamental frequency of a flute determines its base pitch.
(6) The fundamental frequency of a dog's bark can indicate its size.
(7) The fundamental frequency of a doorbell can indicate its volume.
(8) The fundamental frequency of a trumpet determines its base pitch.
(9) The fundamental frequency of a clarinet determines its base tone.
(10) The fundamental frequency of a car engine can indicate its power.
Fundamental Frequency sentence
(11) The fundamental frequency of a baby's cry can indicate its needs.
(12) The fundamental frequency of a church bell can indicate the time.
(13) The fundamental frequency determines the pitch of a musical note.
(14) The fundamental frequency of a trombone determines its base pitch.
(15) The fundamental frequency of a drum determines its tone and pitch.
(16) The fundamental frequency of a xylophone bar determines its pitch.
(17) The fundamental frequency of a saxophone determines its base pitch.
(18) F2 can also stand for the second fundamental frequency in acoustics.
(19) The fundamental frequency of a cello string determines its base tone.
(20) The fundamental frequency of a bird's chirp can indicate its species.
Fundamental Frequency make sentence
(21) The letter F is used to represent the fundamental frequency in music.
(22) The fundamental frequency of a violin string determines its base tone.
(23) The fundamental frequency of a thunderclap can indicate its intensity.
(24) The fundamental frequency of a cat's purr can indicate its contentment.
(25) The fundamental frequency of a phone ringtone can indicate its urgency.
(26) The fundamental frequency of a siren can indicate its emergency status.
(27) The fundamental frequency of a train whistle can indicate its approach.
(28) The power spectrum showed a distinct peak at the fundamental frequency.
(29) The fundamental frequency of a human voice can vary depending on gender.
(30) The fundamental frequency of a piano key corresponds to its musical note.
Sentence of fundamental frequency
(31) The fundamental frequency of a tuba is much lower than that of a trumpet.
(32) The fundamental frequency of a guitar string affects the tone it produces.
(33) The fundamental frequency of a whale's song can indicate its communication.
(34) The fundamental frequency of a piano string determines the note it produces.
(35) The fundamental frequency of a bass guitar string determines its base pitch.
(36) The fundamental frequency of a cricket's chirp can indicate the temperature.
(37) The fundamental frequency of a sound wave is the lowest frequency component.
(38) The fundamental frequency of a musical note is the lowest frequency component.
(39) The power spectrum plot demonstrated a clear peak at the fundamental frequency.
(40) The fundamental frequency of a church bell can be adjusted by changing its size.
Fundamental Frequency meaningful sentence
(41) The fundamental frequency of a human voice is typically between 85 Hz and 255 Hz.
(42) The fundamental frequency of a vibrating string depends on its length and tension.
(43) The fundamental frequency of a voice is an important factor in speech recognition.
(44) The fundamental frequency of a saxophone is influenced by the player's fingerings.
(45) The fundamental frequency of a sitar string can be modified by changing its gauge.
(46) The fundamental frequency of a marimba bar can be adjusted by changing its length.
(47) The fundamental frequency of a flute is determined by the length of its air column.
(48) The fundamental frequency of a harp string can be adjusted by changing its tension.
(49) The fundamental frequency of a gong can be modified by changing its size and shape.
(50) The fundamental frequency of a guitar string can be altered by changing its tension.
Fundamental Frequency sentence examples
(51) The fundamental frequency of a violin string can be adjusted by changing its length.
(52) The fundamental frequency of a cello string can be modified by changing its tension.
(53) The fundamental frequency of a timpani drum can be adjusted by changing its tension.
(54) The fundamental frequency of a bassoon is determined by the length of its air column.
(55) The fundamental frequency of a French horn is influenced by the player's lip tension.
(56) The fundamental frequency of a trumpet can be altered by adjusting the player's embouchure.
(57) The fundamental frequency of a double bass string can be altered by changing its thickness.
(58) The fundamental frequency of a bass guitar is typically lower than that of a regular guitar.
(59) The fundamental frequency of a clarinet is determined by the length of its cylindrical bore.
(60) The fundamental frequency of a trombone can be altered by adjusting the player's embouchure.
(61) The fundamental frequency of a vocal cord vibration determines the pitch of a person's voice.
(62) The fundamental frequency of a vocal fold vibration determines the pitch of a person's voice.
(63) The psychoacoustic phenomenon known as the missing fundamental explains why we can still perceive a low pitch even if the fundamental frequency is missing.
Fundamental Frequency meaning
Fundamental Frequency: Tips for Usage in Sentences The term "fundamental frequency" refers to the lowest frequency at which a system or object vibrates, producing a sound or a musical note. It is an essential concept in the field of acoustics and music theory. To help you understand and use the term "fundamental frequency" effectively in sentences, we have compiled a comprehensive guide with tips and examples.
1. Definition and Context: When introducing the term "fundamental frequency" in a sentence, it is crucial to provide a clear definition or context. For instance: - "The fundamental frequency, also known as the first harmonic, is the lowest frequency produced by an object or system." - "In music, the fundamental frequency determines the pitch of a note."
2. Use in Scientific or Technical Writing: If you are writing a scientific or technical paper, it is important to use the term "fundamental frequency" accurately and precisely. Consider the following tips: - "The fundamental frequency of a vibrating string can be calculated using the formula f = (1/2L) * ?(T/?), where L is the length, T is the tension, and ? is the linear mass density." - "The fundamental frequency of a resonant cavity can be determined by measuring the length of the cavity and the speed of sound."
3. Musical Applications: When discussing music or musical instruments, the term "fundamental frequency" is commonly used. Here are some examples: - "The fundamental frequency of a guitar string determines the pitch of the note produced when plucked." - "Singers can alter the perceived pitch of a note by manipulating the fundamental frequency through vocal techniques."
4. Speech and Phonetics: In the field of speech and phonetics, the fundamental frequency plays a crucial role. Consider the following examples: - "The fundamental frequency of a person's voice can indicate their gender, with males typically having lower fundamental frequencies than females." - "Linguists study the fundamental frequency patterns in speech to analyze intonation and prosody."
5. Comparative and Descriptive Sentences: To provide a better understanding of the term "fundamental frequency," you can use comparative or descriptive sentences. Here are a few examples: - "The fundamental frequency of a violin string is higher than that of a cello string." - "When a singer hits a high note, the fundamental frequency increases, resulting in a higher pitch."
6. Real-World Examples: To make the term "fundamental frequency" more relatable, you can incorporate real-world examples. For instance: - "When tuning a guitar, it is essential to adjust the tension of each string to ensure the correct fundamental frequency." - "Engineers designing musical instruments must consider the material and dimensions to achieve the desired fundamental frequency range."
7. Analogies and Metaphors: To simplify complex concepts related to the fundamental frequency, analogies or metaphors can be helpful. Here's an example: - "Just as the foundation of a building determines its stability, the fundamental frequency sets the foundation for the entire sound produced by an instrument."
In conclusion, the term "fundamental frequency" is a fundamental concept in acoustics, music theory, speech, and phonetics. By following these tips and incorporating them into your writing, you can effectively use the term "fundamental frequency" in various contexts and enhance your communication skills in these fields.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Fundamental Frequency. They do not represent the opinions of TranslateEN.com.