2. Show that 45 is a pseudoprime to the bases 17 and 19.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Using pseudoprimes, Carmichael's rule, and Miller's Test how would I go about solving Section 6.2 question 2
![The important point
is that both results indicate that it is possible to
only O(log, n)k) bit operations, where k is a positive integer. (Also, the recent resug
a
0 (log, n)k) bit operations.) This contrasts strongly with the problem of factori
The best algorithm known for factoring an integer requires a number of bit operat .
factored, whereas primality testing seems to require only a number of bit operatione
less than a polynomial in the number of bits of the integer tested. We capitalize on thi
difference by presenting a recently invented cipher system in Chapter 8.
6.2 EXERCISES
1Show that 91 is a pseudoprime to the base 3.
2. Show that 45 is a pseudoprime to the bases 17 and 19.
Show that the even integern=
2 (mod n). The integer 161,038 is the smallest even pseudoprime to the base 2.
161,038 = 2 · 73 · 1103 satisfies the congruence 2" =
4. Show that every odd composite integer is a pseudoprime to both the base 1 and the base -1.
GEORG FRIEDRICH BERNHARD RIEMANN (1826–1866), the son of a
minister, was born in Breselenz, Germany, His elementary education came from
his father. After completing his secondary education, he entered Göttingen Uni-
versity to study theology. However, he also attended lectures on mathematics.
After receiving the approval of his father to concentrate on mathematics, Rie-
mann transfered to Berlin University, where he studied under several prominent
mathematicians, including Diriot](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcfba8c1b-379a-495a-9284-26414a9f3892%2F69c71daf-223a-4b63-9192-09378b05cfc9%2Fxv2p5eq_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The important point
is that both results indicate that it is possible to
only O(log, n)k) bit operations, where k is a positive integer. (Also, the recent resug
a
0 (log, n)k) bit operations.) This contrasts strongly with the problem of factori
The best algorithm known for factoring an integer requires a number of bit operat .
factored, whereas primality testing seems to require only a number of bit operatione
less than a polynomial in the number of bits of the integer tested. We capitalize on thi
difference by presenting a recently invented cipher system in Chapter 8.
6.2 EXERCISES
1Show that 91 is a pseudoprime to the base 3.
2. Show that 45 is a pseudoprime to the bases 17 and 19.
Show that the even integern=
2 (mod n). The integer 161,038 is the smallest even pseudoprime to the base 2.
161,038 = 2 · 73 · 1103 satisfies the congruence 2" =
4. Show that every odd composite integer is a pseudoprime to both the base 1 and the base -1.
GEORG FRIEDRICH BERNHARD RIEMANN (1826–1866), the son of a
minister, was born in Breselenz, Germany, His elementary education came from
his father. After completing his secondary education, he entered Göttingen Uni-
versity to study theology. However, he also attended lectures on mathematics.
After receiving the approval of his father to concentrate on mathematics, Rie-
mann transfered to Berlin University, where he studied under several prominent
mathematicians, including Diriot
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