Question: - For an alphabet A= (a1.a2. a3. aa) with probabilities P(a)=0.1, P(az)=0.3, P(as) = 0.25, and P(44)= 0.35, find a Huffman code using: (a)

- For an alphabet A= (a1.a2. a3. aa) with probabilities P(a)=0.1, P(az)=0.3, P(as) = 0.25, and P(44)= 0.35,

- For an alphabet A= (a1.a2. a3. aa) with probabilities P(a)=0.1, P(az)=0.3, P(as) = 0.25, and P(44)= 0.35, find a Huffman code using: (a) The first procedure outlined in this chapter. (b) The minimum variance procedure. Comment on the difference in the Huffman codes. - For an alphabet A= (a1.a2. a3. aa) with probabilities P(a)=0.1, P(az)=0.3, P(as) = 0.25, and P(44)= 0.35, find a Huffman code using: (a) The first procedure outlined in this chapter. (b) The minimum variance procedure. Comment on the difference in the Huffman codes.

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