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FKaunm BI0O 200 300 Frequency; Hz400Select one: 20040060000810000...

Question

FKaunm BI0O 200 300 Frequency; Hz400Select one: 20040060000810000

F Kaunm B I0O 200 300 Frequency; Hz 400 Select one: 200 400 600 008 10000



Answers

Which of the following frequencies are higher harmonics of a string with fundamental frequency of $80 \mathrm{~Hz}$ ? A. $80 \mathrm{~Hz}$ B. $120 \mathrm{~Hz}$ C. $160 \mathrm{~Hz}$ D. $200 \mathrm{~Hz}$ E. $220 \mathrm{~Hz}$

As we all know that the value of frequency is equal to one by thi. This is the formula is the period to frequency, the reciprocal or time period. So according to the question I can write the value of T. Is equal to one by yep, which is equal to one by 2200 hard, which is equal to 0.005 seconds. Now I can also write developed is equal to one by f. Which is equal to one by 300 hard, which is equal to 0.003 seconds. So in this way and a police In this way we can say that an oscillator with a frequency 200 hard has a longer period. So I can write it here. 200 hard has longer period. So this is our answer for this problem.

So Hi, Pete corresponds to high frequency. So the ranking will be 6 60 hearts, which is the highest, then 4 40 Hers, which is in between and the smallest are the lowest is 20 hertz. Then, in terms of frequency, it's just the same. So 6 60 herds for 40 herds and 2 20 hurts. Finally, the wavelength is inversely proportional to the frequency, so the ranking will be just the opposite. So to 20 herds we'll have the highest wave length, then 4 40 herds would be in the middle and 6 60 will have the lowest wavelength.

In this case. And we have frequency of where frequency. Oh well He goes to one. There you go hard. He was two. Mhm Tends to be power six hearts. So Quincy refugee was to 10 to the power six months. And we know that we know that frequency of easy to see why lambda, She was the velocity of light in vacuum. This is three in our ad meter for a second. So we calculate lambda. It was to see by F. And for the values since he was 2, 3 in 2, 10 to the power head Divide by refugee. You intend to keep our six. So lambda was to re get 300 m. This is our answer. We have learned 300 m and this is given in option the hands option B. H, correct. Okay, thank you.

To solve this problem? First time writing the lesson within frequency and time period, we all know that our physical to one by T. F. Is the frequency t the time trade. So So I'll bring it further. I can write the expression of th one by F. which is equal to one by 200 edge, which is equal to add yet, which is equal to 0.005 seconds two. The correct answer for this problem. The correct option each ups and see. I hope you understand the solution. I'm repeating the concept once again first. I just write the listen between frequency and time today. After that I just write the Value of time period and put the value of frequency here and get the and storage .005 seconds.


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