This is a timed exit ticket - once it times out, it will auto-submit.
5 questions, 6 minutes.
You must use what you learned during the previous activity.
You will not receive any credit if you use any resources - just do your best.
This is a timed exit ticket - once it times out, it will auto-submit.
5 questions, 6 minutes.
You must use what you learned during the previous activity.
You will not receive any credit if you use any resources - just do your best.
Identify the graph that displays the distance above the ocean floor vs the distance from shore.
a.) Circle this graph.
b.) Draw a horizontal double arrow to display one wavelength on this graph.
c.) Determine the numerical value of the wavelength for this graph (you will report this in the fill-in-the-blank question that follows this).
What is the wavelength you determined in question 1 (don't forget the units)?
Identify the graph that displays the distance above the ocean floor vs. time.
a.) Circle this graph.
b.) Determine the numerical value of the frequency for this graph (you will report this in the fill-in-the-blank question that follows this).
What is the frequency you determined in question 3 (don't forget the units)?
Which one statement describes the relationship between wavelength and frequency?
As wavelength increases, frequency will: