Assuming the velocity of EM waves reaching an antenna as 3 108 m/sec the length of a half wave dipole antenna required to receive a 5 MHz radio signal is

Assuming the velocity of EM waves reaching an antenna as 3 108 m/sec

1.	Assuming the velocity of EM waves reaching an antenna as 3 10⁸ m/sec the length of a half wave dipole antenna required to receive a 5 MHz radio signal is
A.	7.5 m
B.	13 m
C.	30 m
D.	60 m
Answer» E.

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Assuming the velocity of EM waves reaching an antenna as 3 108 m/sec the length of a half wave dipole antenna required to receive a 5 MHz radio signal is

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Assuming the velocity of EM waves reaching an antenna as 3 10⁸ m/sec the length of a half wave dipole antenna required to receive a 5 MHz radio signal is