Answer
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Hint: We can say that vibration and frequency are two important aspects of physics. Also, vibration is related to frequency. So, the vibration is a physical event itself, and the frequency is one of its features.
Complete step by step solution:
We can say that there is a relation between vibration and frequency. Before that, we will understand the concepts of vibration and frequency.
1. Vibration:We might perceive motions in different directions if we watched a vibrating item in slow motion. There are two quantifiable quantities in any vibration. The distance (amplitude or intensity) and rate (frequency) at which an item travels influence its vibrational features. This motion is described using the words frequency, amplitude, and acceleration.
2. Frequency: A vibrating item oscillates from its typical static position. When an item goes from one extremist position to another and back again, it completes a vibration cycle. The number of cycles completed by a vibrating item in one second is referred to as frequency. In this way, vibration and frequency are related to each other.
Therefore, the vibration is a rapid motion like back and forth whereas frequency is the number of turns that a vibrating object completes in one second.
Note: Many students make mistakes in defining the difference between vibration and frequency. They think that these two aspects are the same but in reality, they are different. We can say that several objects in the universe vibrate at different frequencies.
Complete step by step solution:
We can say that there is a relation between vibration and frequency. Before that, we will understand the concepts of vibration and frequency.
1. Vibration:We might perceive motions in different directions if we watched a vibrating item in slow motion. There are two quantifiable quantities in any vibration. The distance (amplitude or intensity) and rate (frequency) at which an item travels influence its vibrational features. This motion is described using the words frequency, amplitude, and acceleration.
2. Frequency: A vibrating item oscillates from its typical static position. When an item goes from one extremist position to another and back again, it completes a vibration cycle. The number of cycles completed by a vibrating item in one second is referred to as frequency. In this way, vibration and frequency are related to each other.
Therefore, the vibration is a rapid motion like back and forth whereas frequency is the number of turns that a vibrating object completes in one second.
Note: Many students make mistakes in defining the difference between vibration and frequency. They think that these two aspects are the same but in reality, they are different. We can say that several objects in the universe vibrate at different frequencies.
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