Which of these is the spectral cut-off filter function?

Question

TuteeHUB · Accepted Answer

(  prod_{i=1}^3 sin[(x_i-x_i^{ })/  Delta]   )

TuteeHUB · Answer

(  prod_{i=1}^3  frac{sin[(x_i-x_i^{ })/  Delta]}{(x_i-x_i^{ })}  )

TuteeHUB · Answer

(  prod_{i=1}^3 sin[(x_i-x_i^{ })/  Delta]   )

TuteeHUB · Answer

(  prod_{i=1}^3  frac{sin[(x_i-x_i^{ })]}{(x_i-x_i^{ })}  )

TuteeHUB · Answer

(  prod_{i=1}^3 sin[(x_i-x_i^{ })/  Delta]  )

1.	Which of these is the spectral cut-off filter function?
A.	( prod_{i=1}^3 frac{sin[(x_i-x_i^{ })/ Delta]}{(x_i-x_i^{ })} )
B.	( prod_{i=1}^3 sin[(x_i-x_i^{ })/ Delta] )
C.	( prod_{i=1}^3 frac{sin[(x_i-x_i^{ })]}{(x_i-x_i^{ })} )
D.	( prod_{i=1}^3 sin[(x_i-x_i^{ })/ Delta] )
Answer» B. ( prod_{i=1}^3 sin[(x_i-x_i^{ })/ Delta] )

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