The adjacent figure shows a displacement vs distance graph of a wave. If the velocity of the wave is14ms−1calculate its (i) wavelength, (ii) frequency and (iii) amplitude of the wave View Solution Doubtnut is
Calculate the amplitude of vibrations of air particles when a wavee of intensity 10^(-3) "watt"//m^(2) is produced by a tuning fork of frequency 540 Hz. Veloc
(ii) The speed of sound in air is given as 330 m s1.Calculate the wavelength of the sound wave from the loudspeaker.wavelength =... m [2](ii) The same loudspeaker is now placed outdoors. A man stands in front of the loudspeaker at a distance 5.5 m away. Determine the intensity of...
Wave Parameters | Amplitude, Frequency & Period from Chapter 5 / Lesson 2 585K What is the frequency of a wave? Learn the wave parameters including amplitude, frequency, and period. Understand the differences between these wave parameters. Related to this QuestionFor light wi...
Hey people! Does anyone here know how to calculate the frequency of a squarewave inwhich the frequency increases over time?0 Comments Sign in to comment.Sign in to answer this question.Accepted Answer Mathieu NOE on 4 Nov 2022 Vote 0 Link ...
The amplitude of a function {eq}y=A \cos (B\theta) {/eq} or {eq}y=A \sin (B\theta) {/eq} is closely related to the value of the coefficient {eq}A {/eq}. Mathematically, the amplitude of both types of function is {eq}\text{amplitude}=|A| {/eq}....
5w=1200pi then multiply by time but they still don't look like the graph in post#9. Would it be possible to show an example then I know what it is I am trying to achieve? The figure in post #9 is the sort of thing you're aiming for. You can sketch a sine wave easily ...
Answer to: Calculate the speed of the sound wave in the air if its frequencies and wavelengths are 256 Hz and 1.32 m. By signing up, you'll get...
The objective of the investigation was to assess the capability of a nonlinear time domain strip method to represent the nonlinear and also the forward speed effects on a displacement high speed vessel advancing in large amplitude waves. With this objective in mind the experimental program included ...
ylabel('Amplitude (mV ?)') title('Edited EKG') xlim([0 max(T1.min)]) to Elapsed time is 3.718785 seconds. My code calculates the R-R intervals (the units are whatever the tim units are), and then does some statistics on them. To convert the intervals to frequencies, first do this...