Physics, asked by Satan2002, 1 year ago

Solve this question..

Attachments:

Answers

Answered by Chiris

1

extreme frequencies in audible range = 20 000 Hz
speed = 330 m/s
wavelength = speed / frequency
= 330 m/s / 20000 Hz
= 0. 0165 m

Satan2002: are you sure?

Chiris: ya

Answered by acsahjosemon40

0

Answer:

extreme frequencies in audible range = 20 000 Hz

speed = 330 m/s

wavelength = speed / frequency

= 330 m/s / 20000 Hz

= 0. 0165 m

Hope it helps uh!

Stay blessed ✨

Previous Question

Next Question

Similar questions

Accountancy, 8 months ago

Journal entry of purchased furniture for office use...

Physics, 8 months ago

2. A car A of mass 2500 kg, travelling at 20 m's collides with another car B of mass 1100kg travelling at 25 m/s in the same direction. After collision, the velocity of car A becomes 10m's. Calculate the velocity of car B after collision...

India Languages, 8 months ago

பெ‌ரியா‌ர் குடி அரசு இதழை தொட‌ங்‌கிய சூழலை ‌வி‌வ‌ரி.

Social Sciences, 1 year ago

Summarize "the Baroda project", main ideas, arguments, positions, and findings, and then critique the article's contributions to the field and overall effectiveness. The critique of the article will be based on proof and your own thoughtful reasoning. An article review both summarizes and evaluates the article.

Science, 1 year ago

Describe an activity to show that colours of white light splitted by a glass prism can recombine to get a white light by another identical glass prism. also draw a ray diagram to show that recombination of spectrum of white light...

Math, 1 year ago

a truck covers a distance of 510 km in 34 litres of diesel. how much distance would it cover in 20 litres of diesel...

English, 1 year ago

what are the special qualities of sculptor who made the statue of ozymandias...

India Languages, 1 year ago

How to end the anchoring...