Identify the polarisation of the wave given, Ex = Exo cos wt and Ey = – McqOptions

MCQOPTIONS

1.	Identify the polarisation of the wave given, Ex = Exo cos wt and Ey = Eyo sin wt. The phase difference is +90⁰.
A.	Left hand circularly polarised
B.	Right hand circularly polarised
C.	Left hand elliptically polarised
D.	Right hand elliptically polarised
Answer» D. Right hand elliptically polarised

Discussion

No Comment Found

Related MCQs

THE_SNELL_LAW_IS_APPLICABLE_FOR_PERPENDICULAR_POLARISATION_AND_THE_BREWSTER_LAW_IS_APPLICABLE_FOR_PARALLEL_POLARISATION._STATE_TRUE/FALSE.?$
IDENTIFY_THE_POLARISATION_OF_THE_WAVE_GIVEN_THAT,_EX_=_2_COS_WT_AND_EY_=_COS_WT.?$
Identify the polarisation of the wave given that, Ex = 2 sin wt and Ey = 3 sin wt.$
When the polarisation of the receiving antenna is unknown, to ensure that it receives atleast half the power, the transmitted wave should be$
For a non-zero Ex component and zero Ey component, the polarisation i?
Identify the polarisation of the wave given, Ex = cos wt and Ey = sin wt. The phase difference is -90<sup>0</sup>.
Identify the polarisation of the wave given, Ex = Exo cos wt and Ey = Eyo sin wt. The phase difference is +90<sup>0</sup>.
When the Ex and Ey components of a wave are not same, the polarisation will be
The magnitude of the Ex and Ey components are same in which type of polarisation?
When the phase angle between the Ex and Ey component is 0<sup>0</sup> or 180<sup>0</sup>, the polarisation is