the amplitude of reflected and transmitted wave pulse after tge incident wave pulse cross the joint Q A) -0.6, 1.2 B) -1.6, 1.2 C) -1.5, 2.0 D) -3.6, 1.2

How much of the incident pulse is reflected and transmitted in each of the followingcases

A uniform plane wave at 500 MHz operating frequency is incident from medium 1 (Taconic TLX0) with er=2.45 to medium 2 (FR4) with e2=4.3. The direction of propagation is along the z-axis. The electric field is TM polarised an amplitude of 250 V/m. The angle of incidence is 45°. Calculate the following: (i) The angle of transmission, (ii) the reflection and transmission coefficients, (iii) the time domain expressions for the transmitted magnetic fields. (20 marks)

.The equation of a wave is: y = 2sin(4x-3t). What will be the equation of the reflected wave from a free surface?*1 pointa) y = 2sin(4x+3t)b) y = 2sin(3t-4x)c) y = 2cos(4x+3t)d) y = 2sin(4x-3t)

Select the correct answer. In a transverse wave, the particles of the medium move:

End of T-wave represents end of