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--- faq [2007/09/18 14:32] – asif
+++ faq [2007/09/18 14:33] (current) – asif
@@ Line 6: / Line 6: @@
 **Assignment 1:**
-Problem 5(d): Any hints for this question?  I know we can use Euler's formula to express sin(x)as [e^(jx) - e^(-jx)] / 2.
+__Problem 5(d):__ Any hints for this question?  I know we can use Euler's formula to express sin(x)as [e^(jx) - e^(-jx)] / 2.
 Is this what you're looking for?
 Answer: This is one way of solving the summation. You can follow this approach.
-Problem 7: What do you mean by "analytically"?  Does this mean, using the DTFT tables?
+__Problem 7:__ What do you mean by "analytically"?  Does this mean, using the DTFT tables?
 Answer: Analytically implies using the definition of the DTFT and solving the summation.
-Problem 8: You want us to take the DTFT of both x[k] and h[k] to obtain X(e^jw) and H(e^jw), multiply them together, then take the inverse DTFT?
+__Problem 8:__ You want us to take the DTFT of both x[k] and h[k] to obtain X(e^jw) and H(e^jw), multiply them together, then take the inverse DTFT?
-Answer:Absolutely.
+Answer: Absolutely.
-Problem 10: You want us to take the z-transform of both x[k] and h[k] to obtain X(z) and H(z), multiply them together, then take the inverse z-transform?
+__Problem 10:__ You want us to take the z-transform of both x[k] and h[k] to obtain X(z) and H(z), multiply them together, then take the inverse z-transform?
 Answer: Absolutely.