Question

ह ह an object is vibrating at 25 hertz. what is its time period?

Answer 1

by unitary method
25 vibration - 1 second
1 vibration - 1/25
answer = 1/25
$answer \: is \\ \frac{1}{25}$

Answer 2

Answer: The answer to this question is-

The Time period is 0.04s.

Given,

Frequency,

f = 25 Hz

Time period, T = $\frac{1}{frequency}$

                   ⇒ T = $\frac{1}{f}$

                   ⇒ T = $\frac{1}{25}$

                   ⇒ T = 0.04s

Explanation:

Time Period

The length of time it takes for one full cycle of vibration to pass through a specific place is represented by the letter "T" and is referred to as a time period. A wave's period gets shorter as its frequency rises. The amount of time is expressed in "seconds."

• The mathematical relationship between frequency and duration is T = 1/f or f = 1/T. The time it takes for one object to spin around another is known as the orbital period of a pendulum. The time it takes for a pendulum to swing back and forth between two points is known as the period.

• T=2m/qB is the period of an electron in a spiral orbit with the axis parallel to the magnetic field, where m is the electron's mass, q is its charge, and B is the magnetic field in the area. m is the electron's mass, q is its charge, and B is the magnetic field in the area.

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