Question
Use the diagram to complete the statement.
t= 0 seconds
aD
t= 1 second
. second later
The bottom wave has a greater
(1 point)
amplitude.
trough.
• frequency.
wavelength.
t= 0 seconds
aD
t= 1 second
. second later
The bottom wave has a greater
(1 point)
amplitude.
trough.
• frequency.
wavelength.
Answers
GPT-4o mini
It looks like you are referring to two waves described in a diagram to compare their properties. The options given are amplitude, trough, frequency, and wavelength.
To complete the statement, you will need to determine which property of the bottom wave is greater compared to the top wave based on the visual aspects of the waves in the diagram.
- **Amplitude** refers to the height of the wave from the equilibrium position.
- **Trough** refers to the lowest point of a wave.
- **Frequency** refers to the number of wave cycles that pass a certain point per second.
- **Wavelength** is the distance between two consecutive points of the same phase on the wave (like crest to crest or trough to trough).
If the bottom wave appears taller, you would choose "amplitude." If it has a deeper trough, you might choose "trough." If it completes more cycles in the same time span, you would select "frequency." If the distance between crests (or troughs) is longer, you'd go for "wavelength."
Without the diagram, I can't definitively say which property is greater for the bottom wave, so review the diagram to see which characteristic stands out. If the bottom wave looks distinctly taller, for example, then you would say "amplitude."
To complete the statement, you will need to determine which property of the bottom wave is greater compared to the top wave based on the visual aspects of the waves in the diagram.
- **Amplitude** refers to the height of the wave from the equilibrium position.
- **Trough** refers to the lowest point of a wave.
- **Frequency** refers to the number of wave cycles that pass a certain point per second.
- **Wavelength** is the distance between two consecutive points of the same phase on the wave (like crest to crest or trough to trough).
If the bottom wave appears taller, you would choose "amplitude." If it has a deeper trough, you might choose "trough." If it completes more cycles in the same time span, you would select "frequency." If the distance between crests (or troughs) is longer, you'd go for "wavelength."
Without the diagram, I can't definitively say which property is greater for the bottom wave, so review the diagram to see which characteristic stands out. If the bottom wave looks distinctly taller, for example, then you would say "amplitude."