How would the waves change if the students continued moving the ends of the rope up and down the same distance but moved the ends faster? (1 point) Responses The amplitude would increase and the frequency would decrease, but the wavelength would be unchanged. The amplitude would increase and the frequency would decrease, but the wavelength would be unchanged. The wavelength would increase and the frequency would decrease, but the amplitude would be unchanged. The wavelength would increase and the frequency would decrease, but the amplitude would be unchanged. The wavelength would increase and the amplitude would decrease, but the frequency would be unchanged. The wavelength would increase and the amplitude would decrease, but the frequency would be unchanged. The frequency would increase and the wavelength would decrease, but the amplitude would be unchanged.

Answer 1

When the ends of the rope are moved up and down faster while keeping the same distance of movement, the frequency of the waves increases. As a result, the wavelength decreases because the waves are being generated more frequently in the same time period. The amplitude, which is the height of the waves, would remain unchanged because the distance the rope is moved up and down remains the same.

Based on this explanation, the correct response is:

The frequency would increase and the wavelength would decrease, but the amplitude would be unchanged.