MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
Algebra
1. Evaluate the expression relevant to algebra in question #1.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
2. Evaluate the expression relevant to algebra in question #2.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
3. Evaluate the expression relevant to algebra in question #3.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
4. Evaluate the expression relevant to algebra in question #4.
A. x² + 2x + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
5. Evaluate the expression relevant to algebra in question #5.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
6. Evaluate the expression relevant to algebra in question #6.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
7. Evaluate the expression relevant to algebra in question #7.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
8. Evaluate the expression relevant to algebra in question #8.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
9. Evaluate the expression relevant to algebra in question #9.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
10. Evaluate the expression relevant to algebra in question #10.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
11. Evaluate the expression relevant to algebra in question #11.
A. x² + 2x + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
12. Evaluate the expression relevant to algebra in question #12.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
13. Evaluate the expression relevant to algebra in question #13.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
14. Evaluate the expression relevant to algebra in question #14.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Algebra
1. Evaluate the expression relevant to algebra in question #1.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
2. Evaluate the expression relevant to algebra in question #2.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
3. Evaluate the expression relevant to algebra in question #3.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
4. Evaluate the expression relevant to algebra in question #4.
A. x² + 2x + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
5. Evaluate the expression relevant to algebra in question #5.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
6. Evaluate the expression relevant to algebra in question #6.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
7. Evaluate the expression relevant to algebra in question #7.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
8. Evaluate the expression relevant to algebra in question #8.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
9. Evaluate the expression relevant to algebra in question #9.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
10. Evaluate the expression relevant to algebra in question #10.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is C.
11. Evaluate the expression relevant to algebra in question #11.
A. x² + 2x + 1
, MAT3700 Exam Pack 2025: 700 Multiple Choice Questions with Correct Answers
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is D.
12. Evaluate the expression relevant to algebra in question #12.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is A.
13. Evaluate the expression relevant to algebra in question #13.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
Rationale: The expression simplifies using common algebraic identities or rules relevant to algebra. For example, if the
expression was (x ± 1)², then the result is B.
14. Evaluate the expression relevant to algebra in question #14.
A. x² + 2x + 1
B. x² - 2x + 1
C. x² - 1
D. x² + 1
