iTeachChem•9mo ago

waves

iTeachChem Helper•4/16/25, 3:21 PM

@Gyro Gearloose

iTeachChem Helper•4/16/25, 3:21 PM

Note for OP

+solved @user1 @user2...

+solved @user1 @user2...

to close the thread when your doubt is solved. Mention the users who helped you solve the doubt. This will be added to their stats.

CorrodedCoffinOP•4/18/25, 6:12 AM

anyone..?

iTeachChem•4/19/25, 4:42 AM

https://www.englishchatterbox.com/chatterbot-ai/question/a-closed-organ-pipe-is-vibrating-at-its-fundamental-frequency-two-points-a-and-b-are-located-in-the-organ-pipe-at-a-distance-ab-ln-the-ratio-of-the-ma

A closed organ pipe is vibrating at its fundamental frequency. Two ...

Get the answer to A closed organ pipe is vibrating at its fundamental frequency. Two points A and B are located in the organ pipe at a distance AB = L/n. The ratio of the maximum pressure variation at point A to point B is 2/sqrt(3). Find the value of n.. Written and verified by Chatterbot AI, India's first AI-powered doubt-solving assistant for...

iTeachChem•4/19/25, 4:42 AM

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iTeachChem•4/19/25, 4:42 AM

decent solution!