Medical x rays are taken with electromagnetic waves having a wavelength around 0
ID: 2297502 • Letter: M
Question
Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/m Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/m Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/m Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/m Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/m Part A What is the frequency of such waves? f = Hz Part A What is the frequency of such waves? f = Hz f = Hz f = Hz Part B What is the period of such waves? T = s Part B What is the period of such waves? T = s T = s T = s Part C What is the wave number of such waves? k = rad/m Part C What is the wave number of such waves? k = rad/m k = rad/m k = rad/m Medical x rays are taken with electromagnetic waves having a wavelength around 0.107nm . Part A What is the frequency of such waves? f = Hz Part B What is the period of such waves? T = s Part C What is the wave number of such waves? k = rad/mExplanation / Answer
apply V = Lf
a. frequency f = 3e8/0.107nm
f = 2.803*10^18 Hz
. T = 1/f = 1/2.803 = 3.56*10^-19 secs
c. K = 2pi/L
K = 2*3.14/0.107nm
K = 5.86*10^10 rad/m