What is the relation of the frequencies to a circle of radius D0, wher – McqOptions

MCQOPTIONS

1.	What is the relation of the frequencies to a circle of radius D₀, where D₀ is the cutoff distance measured from origin of frequency rectangle, for an Ideal Highpass filter?
A.	tIHPF sets all frequencies inside circle to zero
B.	tIHPF allows all frequencies, without attenuating, outside the circle
C.	tAll of the mentioned
D.	tNone of the mentioned
Answer» D. tNone of the mentioned

Discussion

No Comment Found

Related MCQs

Which of the following statement(s) is true for the given fact that Applying Highpass filters has an effect on the background of the output image ?
Which of the following is the transfer function of the Gaussian Highpass Filter? Given D<sub>0</sub> is the cutoff distance measured from origin of frequency rectangle and D(u, v) is the distance from point(u, v).
Which of the following is the transfer function of the Ideal Highpass Filter? Given D<sub>0</sub> is the cutoff distance measured from origin of frequency rectangle and D(u, v) is the distance from point(u, v).
Which of the following is the transfer function of the Butterworth Highpass Filter, of order n, D<sub>0</sub> is the cutoff distance measured from origin of frequency rectangle and D(u, v) is the distance from point(u, v)?
What is the relation of the frequencies to a circle of radius D<sub>0</sub>, where D<sub>0</sub> is the cutoff distance measured from origin of frequency rectangle, for an Ideal Highpass filter?
If D<sub>0</sub> is the cutoff distance measured from origin of frequency rectangle and D(u, v) is the distance from point(u, v). Then what value does an Ideal Highpass filter will give if D(u, v) D0 andifD(u, v) >D0?
State the statement as true or false. The GLPF did produce as much smoothing as the BLPF of order 2 for the same value of cutoff frequency .