They mean that standing waves can exist on the string at those two frequencies, but at no frequency in between.klawlor419 said:
) how many wavelengths would there be on a string vibrating at its fundamental frequency? How many at successive harmonics?To find the fundamental frequency with length and successive frequencies, you will need to measure the length of the vibrating object and the frequency of the sound it produces. Then, divide the speed of sound by the length to get the fundamental frequency.
The speed of sound is the rate at which sound waves travel through a medium. In air, the speed of sound is approximately 343 meters per second at room temperature.
Yes, any object that can vibrate can produce a fundamental frequency. This includes strings, pipes, and even your vocal cords.
Successive frequencies, also known as harmonics, are multiples of the fundamental frequency. They can affect the overall sound quality and timbre of an object, but the fundamental frequency remains the lowest and most dominant frequency.
Finding the fundamental frequency can provide key information about the physical properties of an object, such as its length and composition. It is also essential in music and sound engineering for creating harmonies and tuning instruments.