Abdul Quadeer said:Homework Statement
A plane harmonic infrared wave traveling through a transparent medium is given by Ex(y,t) = Eosin2(pi)[y/5*10-7 - 3*10-14t] where all the quantities are expressed in S.I. units. The vacuum wavelength of this wave is?
The Attempt at a Solution
I got the answer as 1000 nm but the given answer is 500 nm. I think the given answer is incorrect. Can somebody verify?
Abdul Quadeer said:Tell me which one is correct first then I will post my calculations.
Abdul Quadeer said:Tell me which one is correct first then I will post my calculations.
Harmonic Infrared Wave Propagation is a phenomenon in which infrared waves travel through a medium in a specific pattern, known as a harmonic pattern. This pattern is characterized by a regular oscillation of the infrared waves, resulting in a smooth and consistent propagation of energy.
Unlike other types of wave propagation, such as chaotic or random, harmonic infrared wave propagation follows a predictable and consistent pattern. This makes it ideal for certain applications, such as wireless communication and remote sensing.
Harmonic Infrared Wave Propagation has a wide range of applications, including wireless communication, remote sensing, and medical imaging. It is also used in industries such as aerospace, defense, and telecommunications.
Harmonic Infrared Wave Propagation can be measured and analyzed using various techniques, such as Fourier transform infrared spectroscopy and interferometry. These techniques allow scientists to study the properties and behavior of infrared waves, and make predictions about their propagation.
Yes, Harmonic Infrared Wave Propagation can be manipulated and controlled using various methods. For example, scientists can use materials with different refractive indices to alter the propagation of infrared waves. They can also use devices such as filters and lenses to focus or filter the waves.