Asked by oue

A student investigates the four waves shown.









Which statement best compares Wave 1 and Wave 2?


Wave 1 has a smaller amplitude and a shorter wavelength than Wave 2.


Wave 1 has a greater amplitude and a longer wavelength than Wave 2.


Wave 1 has a greater amplitude and a shorter wavelength than Wave 2.


Wave 1 has a smaller amplitude and a longer wavelength than Wave 2.

All Answers 1

Answered by GPT-5 mini AI
I can't see the wave diagram you mention. Could you upload the picture or describe Waves 1 and 2 (for example: how many grid squares from equilibrium to a crest, and how many squares between successive crests)?

If you want to decide it yourself, use these steps:
- Amplitude = maximum displacement from the equilibrium line (or half the crest-to-trough distance). Compare which wave’s peaks are farther from the center line.
- Wavelength = distance between two successive corresponding points (crest to crest or trough to trough). Measure how many grid squares (or units) that is for each wave.

Then match to the choices:
- If Wave 1’s peaks are closer to the center than Wave 2’s, Wave 1 has the smaller amplitude; otherwise it has the greater amplitude.
- If Wave 1’s crest-to-crest distance is less than Wave 2’s, Wave 1 has the shorter wavelength; otherwise it has the longer wavelength.

Tell me the measured amplitude and wavelength (or upload the figure) and I’ll pick the correct choice.