Problem 3.) Given to integers x, y such that the x, and y are n digits long each, for example if 202 is 3 digits long. Provide a divide and conquer algorithm based on the idea that Given X = XX where X₁ = x[1..] and X = X + 1...] and similarly you can breakup Y R n/2 R /2 Then X * Y = (x * 10"/ + x)(Y₂* * 10" + Y)
Problem 3.) Given to integers x, y such that the x, and y are n digits long each, for example if 202 is 3 digits long. Provide a divide and conquer algorithm based on the idea that Given X = XX where X₁ = x[1..] and X = X + 1...] and similarly you can breakup Y R n/2 R /2 Then X * Y = (x * 10"/ + x)(Y₂* * 10" + Y)
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Please solve the following computer science problem (keep in mind we use c++ psuedo code in the course)
![Problem 3.) Given to integers x, y such that the x, and y are n digits long each, for example if
202 is 3 digits long. Provide a divide and conquer algorithm based on the idea that
Given X = XX where X₁ = x[1..] and X = X + 1...] and similarly you can breakup Y
R
n/2
R
/2
Then X * Y = (x * 10"/ + x)(Y₂* * 10" + Y)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F221fd7b0-f700-4edb-bc73-2dd74b5d4a2c%2F17736c4c-ccad-4687-a15e-e3783eed28d5%2F78ptcx7_processed.png&w=3840&q=75)
Transcribed Image Text:Problem 3.) Given to integers x, y such that the x, and y are n digits long each, for example if
202 is 3 digits long. Provide a divide and conquer algorithm based on the idea that
Given X = XX where X₁ = x[1..] and X = X + 1...] and similarly you can breakup Y
R
n/2
R
/2
Then X * Y = (x * 10"/ + x)(Y₂* * 10" + Y)
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