(New page: == Homework 6 Solution == Q1. ------------------------------------ Q2. ------------------------------------ Q3. ------------------------------------ Q4. --------------------------...)
 
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Q1.
 
Q1.
  
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[[Image:MCode_HW6_Q1]]
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Assign the value of parameters and then call the function signalDFT
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For example, in case 6 type following command in the command window of Matlab:
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N=20;
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w1=0.62831853;
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k=0.2;
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w2=0.79168135;
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[x,X]=signal(w1,w2,k,N);
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Plot result:
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case 1:
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[[Image:HW6_Q1_Case1]]
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case 2:
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[[Image:HW6_Q1_Case2]]
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case 3:
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[[Image:HW6_Q1_Case3]]
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case 4:
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[[Image:HW6_Q1_Case4]]
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case 5:
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[[Image:HW6_Q1_Case5]]
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case 6:
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[[Image:HW6_Q1_Case6]]
  
 
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Revision as of 17:42, 18 October 2010

Homework 6 Solution

Q1.

File:MCode HW6 Q1

Assign the value of parameters and then call the function signalDFT

For example, in case 6 type following command in the command window of Matlab:

N=20;

w1=0.62831853;

k=0.2;

w2=0.79168135;

[x,X]=signal(w1,w2,k,N);

Plot result:

case 1: File:HW6 Q1 Case1

case 2: File:HW6 Q1 Case2

case 3: File:HW6 Q1 Case3

case 4: File:HW6 Q1 Case4

case 5: File:HW6 Q1 Case5

case 6: File:HW6 Q1 Case6


Q2.



Q3.



Q4.



Q5.



Q6.



Q7.



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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

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