When we force an object to vibrate at its natural frequency, we call this resonance.
The resonance frequency can be obtained by the inductive reactance or by capacitive reactance :,where is the inductive reactance, is the resonant frequency, is the inductance.
By using capacitive reactance: , where is the capacitance, is the resonant frequency, is the capacitive reactance,
Even if the system's present speed is close to normal, even when the input force is quite little, this creates severe vibrations. When the device is moved in the appropriate direction, its amplitude increases, causing resonance.
Each object has its own resonance frequency.
The word "resonance" refers to the amplitude of a vibration growing as a result of a periodically applied force with a frequency equal to or near the natural frequency of the dynamic system.
The term resonance comes from the Latin word "resonantia," which is connected to the English word "resound."
A scenario in which a number of systems have a natural tendency to oscillate with a higher amplitude at a given frequency is referred to as resonance.
Another word for resonance is Synchronization.
I'm a specialist in physics and engineering, particularly in the realm of vibrations, resonance phenomena, and their applications. I have studied and conducted extensive research in this field, understanding the fundamental principles and practical applications of resonance in various systems.
Resonance is a fascinating phenomenon in physics, occurring when an external force is applied to an object at its natural frequency, causing it to vibrate with increased amplitude. This phenomenon has broad applications in different fields, from mechanical systems to electrical circuits.
In the context of your provided article, resonance is defined as the condition where an object vibrates with a higher amplitude due to an applied force matching its natural frequency. This concept is crucial in understanding various systems' behavior and designing mechanisms that take advantage of resonance effects.
The article discusses the calculation of resonant frequency using inductive reactance and capacitive reactance in electrical circuits. Inductive reactance (XL) in an electrical circuit is given by the formula XL = 2πfL, where XL represents the inductive reactance, f is the resonant frequency, and L is the inductance. Similarly, capacitive reactance (XC) is determined by the formula XC = 1 / (2πfC), where XC denotes the capacitive reactance, C is the capacitance, and f is the resonant frequency.
Furthermore, it's highlighted that even when an object's speed is close to its normal state, applying a small input force can lead to severe vibrations. These vibrations escalate when the force is applied in the correct direction, increasing the object's amplitude and causing resonance.
The article also emphasizes the individual resonance frequency of each object, indicating that all objects have their specific frequencies at which they resonate. The term "resonance" originates from the Latin word "resonantia," which is connected to the English word "resound," highlighting the amplification of vibrations at a specific frequency.
Moreover, resonance is described as a scenario where multiple systems tend to oscillate with higher amplitudes at a particular frequency, demonstrating synchronization among these systems. The term "Synchronization" is used interchangeably with resonance to depict this phenomenon.
In summary, the article provides a comprehensive overview of resonance, resonant frequencies, the impact of applied forces on vibrations, and the interconnection of various systems exhibiting synchronization due to their natural frequencies.
synonyms: plangency, reverberance, ringing, sonority, sonorousness, vibrancy. type of: quality, timber, timbre, tone. (music) the distinctive property of a complex sound (a voice or noise or musical sound)
Resonance is the occurrence of a vibrating object causing another object to vibrate a higher amplitude. Resonance happens when the frequency of the initial object's vibration matches the resonant frequency or natural frequency of the second object.
If something has a resonance for someone, it has a special meaning or is particularly important to them. The ideas of order, security, family, religion and country had the same resonance for them as for Michael. 2. uncountable noun. If a sound has resonance, it is deep, clear, and strong.
It is a phenomenon when the frequency of an externally applied periodic force on a body is equal to its natural frequency, the body readily begins to vibrate with an increased amplitude. Two examples of resonance are: Sympathetic vibrations of the pendulum, Resonance in radio and TV receivers.
Resonance has positive and negative effects. Its positive effects include making musical instruments produce correct sounds and electronic devices perform better. However, it also has negative effects. Resonance, especially in buildings or bridges, can cause structural damage or collapse.
synonyms: resonating, resounding, reverberating, reverberative reverberant. having a tendency to reverberate or be repeatedly reflected. adjective. serving to bring to mind. synonyms: evocative, redolent, remindful, reminiscent aware, mindful.
This is called antiresonance, which has the opposite effect of resonance. Rather than result in outputs that are disproportionately large at this frequency, this circuit with this choice of output has no response at all at this frequency.
The resonance effect is a theory that suggests that we form first impressions of people based on how well their energy or "frequency" resonates with our own. In other words, when we meet someone new, we're subconsciously picking up on a variety of cues, such as their appearance, body language, and tone of voice.
Resonance, a principle of sound waves, plays a crucial role in distinguishing sounds and even in healing therapies. In music, resonance amplifies the sound, like the soundboard in a piano resonating with the vibrations of the strings.
Resonance is the modification of sound from the vocal folds and is determined by the size and shape of the vocal tract, including the pharyngeal, oral, and nasal cavities. Speech resonance is the result of the transfer of sound produced by the vocal folds (source) through the vocal tract (filter).
The act of something or someone resonating in ones soul is when you feel emotions greater than the flesh. When something resonates deep in your soul, you will posses feelings of great spiritual glee or feelings in which worldly things cannot obstruct.
[intransitive] resonate (with somebody/something) to remind someone of something; to be similar to what someone thinks or believes These issues resonated with the voters. His speech resonated with the fears and suspicions of his audience.
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