The discussion revolves around a physics problem involving sound waves traveling through steel, specifically focusing on the relationship between frequency, wavelength, and speed of sound.
Participants are engaging with the original poster's question, providing hints and affirmations regarding their understanding of the relevant equation. There is an indication of progress in the discussion, with some guidance offered without reaching a definitive conclusion.
The original poster is encouraged to demonstrate their own attempts at solving the problem, adhering to forum expectations for homework help.
Welcome to the forum. We do expect you to show us some attempt to solve a problem yourself, and then we will help you. Here is a hint:livvy said:okay so here's the question...can anyone figure it out... the question is... Sound with a frequency of 442 Hz. travels through steel. A wavelength of 11.66 m is measured. Find the speed of the sound in steel. Please help...i really need some direction