if we increase the vibration in an object the time period will (increase or decrease) in ................. proportion
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If we increase the vibration in an object the time period will decrease
Explanation:
- The frequency of an object can be defined as the number of vibration produced by the the freely oscillating body in one second. It is inversely proportional to the the time period of the oscillation.
- As a result if we increase the vibration in an object the frequency of the vibration is increased.
- As a result the time period of the object will decrease. Hence the the body will take lesser time to complete one to and fro movement.
To know more about the relationship between time period and frequency,
How time period and frequency is related? Brainly.in
https://brainly.in/question/6528009
Answered by
2
If we increase the vibration in an object the time period will decrease in proportion.
Explanation:
The relation between number of vibrations and the time period is given below.
- f = 1/T
- Number of vibrations and time period have an inverse relation.
- This means if we increase the number of vibrations the time period will decrease and vice versa.
- if we increase the number of vibrations of an object its frequency is also increased and vice versa.
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