Explain the iterative algorithm to find the GCD of given two numbers and analyze its complexity.
Marks: 5Chapter: Unit 7. Number Theoretic Algorithms
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Bsc CSIT Semester 5 – Design and Analysis of Algorithms – Unit 7. Number Theoretic Algorithms
Comprehensive questions and detailed answers for Unit 7. Number Theoretic Algorithms. Perfect for exam preparation and concept clarity.
5
Questions
25
Marks
Explain the iterative algorithm to find the GCD of given two numbers and analyze its complexity.
MediumTHEORY5 marks2079(TU Final)
Solve the following linear congrvences using Chinese Remainder Theorem. X=l (MOD 2) X=3 (MOD 5) x=6 (MOD 7)
MediumTHEORY5 marks2079(TU Final)
Why extended Euclidean algorithm is used? Write down its algorithm and analyze its complexity.
MediumTHEORY5 marks2080(TU Final)
Solve the following linear equation using Chinese Remainder Theorem.
X = 1 MOD 3
X = 2 MOD 5
X = 0 MOD 7
MediumTHEORY5 marks2081(TU Final)
Using Extended Euclidean Algorithm, find the GCD of 12 and 16.
MediumTHEORY5 marks2082(TU Final)
Showing 5 questions
Sample Questions
Solve the following linear congrvences using Chinese Remainder Theorem. X=l (MOD 2) X=3 (MOD 5) x=6 (MOD 7)
Marks: 5Chapter: Unit 7. Number Theoretic Algorithms
Why extended Euclidean algorithm is used? Write down its algorithm and analyze its complexity.
Marks: 5Chapter: Unit 7. Number Theoretic Algorithms
Solve the following linear equation using Chinese Remainder Theorem. X = 1 MOD 3 X = 2 MOD 5 X = 0 MOD 7
Marks: 5Chapter: Unit 7. Number Theoretic Algorithms
Using Extended Euclidean Algorithm, find the GCD of 12 and 16.
Marks: 5Chapter: Unit 7. Number Theoretic Algorithms