. A student was investigating the difference in wavelength of a bass guitar and a whistle. The student noticed that the frequency of the whistle was high, and the bass guitar had a low frequency. Given the students' information and the model below, what is the difference in wavelength for each instrument and explain how frequency affects the wavelength?
Type Answer HERE:
The difference in wavelength between the bass guitar and the whistle is that the bass guitar has a longer wavelength than the whistle. This is because frequency and wavelength are inversely proportional to each other.
The frequency of the whistle is high, which means it has a high number of cycles per second. This results in a smaller wavelength since the same amount of cycles must fit into a smaller distance.
On the other hand, the bass guitar has a low frequency, which means it has a low number of cycles per second. This results in a larger wavelength as the cycles have more space to spread out.
Therefore, frequency affects the wavelength in such a way that higher frequencies have smaller wavelengths and lower frequencies have larger wavelengths.