Solutions for ELEMENTS OF MODERN ALGEBRA
Problem 1TFE:
True or False
Label each of the following statements as either true or false.
1. implies for .
Problem 2TFE:
True or False
Label each of the following statements as either true or false.
2. and imply for...Problem 3TFE:
Label each of the following statements as either true or false. a2b2(modn) and implies ab(modn) or...Problem 4TFE:
Label each of the following statements as either true or false. a is congruent to b modulo n if and...Problem 5TFE:
Label each of the following statements as either true or false. The distinct congruence classes for...Problem 6TFE:
Label each of the following statements as either true or false. If ab0(modn), then either a0(modn)...Problem 7TFE:
Label each of the following statements as either true or false. If (a,n)=1, then a1(modn).Problem 1E:
In this exercise set, all variables are integers.
1. List the distinct congruence classes modulo ,...Problem 2E:
In this exercise set, all variables are integers.
2. Follow the instructions in Exercise for the...Problem 3E:
Find a solution , , for each of the congruences in Exercises.
Note that in each case, and are...Problem 4E:
Find a solution , , for each of the congruences in Exercises.
Note that in each case, and are...Problem 5E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 7E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 8E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 9E:
Find a solution , , for each of the congruences in Exercises.
Note that in each case, and are...Problem 11E:
Find a solution , , for each of the congruences in Exercises.
Note that in each case, and are...Problem 13E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 15E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 17E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 18E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 19E:
Find a solution x, 0xn, for each of the congruences axb(modn) in Exercises 324. Note that in each...Problem 24E:
Find a solution , , for each of the congruences in Exercises.
Note that in each case, and are...Problem 27E:
Prove that if a+xa+y(modn), then xy(modn).Problem 28E:
28. If and where , prove that .
Problem 29E:
29. Find the least positive integer that is congruent to the given sum, product, or power.
a. ...Problem 31E:
31. If , prove that for every positive integer .
Problem 32E:
32. Prove that if is an integer, then either or . (Hint: Consider the cases where is even and...Problem 33E:
Prove or disprove that if n is odd, then n21(mod8).Problem 40E:
In the congruences axb(modn) in Exercises 4053, a and n may not be relatively prime. Use the results...Problem 41E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 42E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 43E:
In the congruences axb(modn) in Exercises 4053, a and n may not be relatively prime. Use the results...Problem 44E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 46E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 49E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 50E:
In the congruences in Exercises, and may not be relatively prime. Use the results in Exercises and ...Problem 51E:
In the congruences ax b (mod n) in Exercises 40-53, a and n may not be relatively prime. Use the...Problem 52E:
In the congruences axb(modn) in Exercises 4053, a and n may not be relatively prime. Use the results...Problem 54E:
54. Let be a prime integer. Prove Fermat's Little Theorem: For any positive integer,. (Hint: Use...Browse All Chapters of This Textbook
Chapter 1.1 - SetsChapter 1.2 - MappingsChapter 1.3 - Properties Of Composite Mappings (optional)Chapter 1.4 - Binary OperationsChapter 1.5 - Permutations And InversesChapter 1.6 - MatricesChapter 1.7 - RelationsChapter 2.1 - Postulates For The Integers (optional)Chapter 2.2 - Mathematical InductionChapter 2.3 - Divisibility
Chapter 2.4 - Prime Factors And Greatest Common DivisorChapter 2.5 - Congruence Of IntegersChapter 2.6 - Congruence ClassesChapter 2.7 - Introduction To Coding Theory (optional)Chapter 2.8 - Introduction To Cryptography (optional)Chapter 3.1 - Definition Of A GroupChapter 3.2 - Properties Of Group ElementsChapter 3.3 - SubgroupsChapter 3.4 - Cyclic GroupsChapter 3.5 - IsomorphismsChapter 3.6 - HomomorphismsChapter 4.1 - Finite Permutation GroupsChapter 4.2 - Cayley’s TheoremChapter 4.3 - Permutation Groups In Science And Art (optional)Chapter 4.4 - Cosets Of A SubgroupChapter 4.5 - Normal SubgroupsChapter 4.6 - Quotient GroupsChapter 4.7 - Direct Sums (optional)Chapter 4.8 - Some Results On Finite Abelian Groups (optional)Chapter 5.1 - Definition Of A RingChapter 5.2 - Integral Domains And FieldsChapter 5.3 - The Field Of Quotients Of An Integral DomainChapter 5.4 - Ordered Integral DomainsChapter 6.1 - Ideals And Quotient RingsChapter 6.2 - Ring HomomorphismsChapter 6.3 - The Characteristic Of A RingChapter 6.4 - Maximal Ideals (optional)Chapter 7.1 - The Field Of Real NumbersChapter 7.2 - Complex Numbers And QuaternionsChapter 7.3 - De Moivre’s Theorem And Roots Of Complex NumbersChapter 8.1 - Polynomials Over A RingChapter 8.2 - Divisibility And Greatest Common DivisorChapter 8.3 - Factorization In F [x]Chapter 8.4 - Zeros Of A PolynomialChapter 8.5 - Solution Of Cubic And Quartic Equations By Formulas (optional)Chapter 8.6 - Algebraic Extensions Of A Field
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EBK ELEMENTS OF MODERN ALGEBRA
8th Edition
ISBN: 9780100475755
Elements Of Modern Algebra
8th Edition
ISBN: 9781285463230
EBK ELEMENTS OF MODERN ALGEBRA
8th Edition
ISBN: 8220100475757
Elements Of Modern Algebra
8th Edition
ISBN: 9781285965918
Elements of Modern Algebra
5th Edition
ISBN: 9780534373511
Elements of Modern Algebra
6th Edition
ISBN: 9780534402648
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