Amplitude, Time period, Frequency and the Wavelength: Understand these terms in Hindi

A to-and-fro motion of a clock pendulum performing can be explained with the help of its amplitude, time period, and frequency.
Let us understand each one of them.
Amplitude: The maximum displacement from the mean position. It is 5 cm
Time period: Time is taken to complete 1 cycle. It is 4 seconds
Frequency: Number of cycles in 1 second
Frequency = 1/Time Period
#Amplitude #Frequency #Timeperiod #wavelength
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Yash:)

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Excellent A+

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Well explained 👍

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[@muskanrani5094]

Sir frequency ka unit hz hota h ya second last numerical part

[@YashKumar-mypage]

Frequency of unit hertz or per second hota hai. Thank you for watching the video. Yash:)

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Canva

[@anchalrani8790]

Quiz solution 1)False (not sure about it sir please tell me about it) 2) frequency 5 per sec 3)true 4)false (time period and wavelength are not directly related)

[@YashKumar-mypage]

Good afternoon Anchal, 1) When the pendulum starts and reaches the same point again, its initial and final position is the same. Hence the displacement (Final position - Initial position) is zero. Therefore, this statement is TRUE. 2) Time period is the time taken by the object to complete one oscillation and frequency is the number of oscillations per unit of time. For example, when the bob of the pendulum completes one oscillation in 2 seconds, the time period is 2 seconds. The frequency is no. of oscillations/time = ½ = 0.5 second Or When the bob completes 1 oscillation in 0.25 seconds, the time period is 0.25 seconds and The frequency is 1/0.25 = 4 It means it completes 4 oscillations in 1 second. Therefore, the time period and frequency have an inverse relation. In (2) quiz question, the frequency is 1/5 = 0.2 3) True (wavelength is the distance traveled by the wave after 1 cycle) 4) False (because time period and frequency are inversely related, we just saw above) I hope I made my points and cleared your doubts. Thank you Anchal for watching the video. Yash😊

[@anchalrani8790]

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[@YashKumar-mypage]

@@anchalrani8790 You are welcome. Have a nice day

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