You are using a 1 MHz (i.e., 1 million Hz) ultrasound to break down a kidney stone. a) How many waves are passing through this human's tissue in 1 second? b) Solve for the length of wave in units of meters, showing your work from the equation listed in class or in your text. c) Give an example of an object that has this length. d) Which band of the EM spectrum is this frequency or wavelength within? e) Given reflection, transmission, emission, and absorption, explain which of these interactions of matter involves the ultrasound probe and which of these interactions of matter involves the human tissue?
You are using a 1 MHz (i.e., 1 million Hz) ultrasound to break down a kidney stone. a) How many waves are passing through this human's tissue in 1 second? b) Solve for the length of wave in units of meters, showing your work from the equation listed in class or in your text. c) Give an example of an object that has this length. d) Which band of the EM spectrum is this frequency or wavelength within? e) Given reflection, transmission, emission, and absorption, explain which of these interactions of matter involves the ultrasound probe and which of these interactions of matter involves the human tissue?
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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You are using a 1 MHz (i.e., 1 million Hz) ultrasound to break down a kidney stone.
a) How many waves are passing through this human's tissue in 1 second?
b) Solve for the length of wave in units of meters, showing your work from the equation listed in class or in your text.
c) Give an example of an object that has this length.
d) Which band of the EM spectrum is this frequency or wavelength within?
e) Given reflection, transmission, emission, and absorption, explain which of these interactions of matter involves the ultrasound probe and which of these interactions of matter involves the human tissue?
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