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Test: Predicates and Quantification - Computer Science Engineering (CSE) MCQ


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10 Questions MCQ Test - Test: Predicates and Quantification

Test: Predicates and Quantification for Computer Science Engineering (CSE) 2024 is part of Computer Science Engineering (CSE) preparation. The Test: Predicates and Quantification questions and answers have been prepared according to the Computer Science Engineering (CSE) exam syllabus.The Test: Predicates and Quantification MCQs are made for Computer Science Engineering (CSE) 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Predicates and Quantification below.
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Test: Predicates and Quantification - Question 1

Determine the truth value of statement ∃n (4n = 3n) if the domain consists of all integers.

Detailed Solution for Test: Predicates and Quantification - Question 1

Clarification: For n = 0, 4n = 3n hence, it is true.

Test: Predicates and Quantification - Question 2

”Everyone wants to learn cosmology.” This argument may be true for which domains?

Detailed Solution for Test: Predicates and Quantification - Question 2

Clarification: Domain may be limited to your class or may be whole world both are good as it satisfies universal quantifier.

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Test: Predicates and Quantification - Question 3

The statement,” Every comedian is funny” where C(x) is “x is a comedian” and F (x) is “x is funny” and the domain consists of all people.

Detailed Solution for Test: Predicates and Quantification - Question 3

Clarification: For every person x, if comedian then x is funny.

Test: Predicates and Quantification - Question 4

Let P(x) denote the statement “x = x + 7.” What is the truth value of the quantification ∃xP(x), where the domain consists of all real numbers?

Detailed Solution for Test: Predicates and Quantification - Question 4

Clarification: Because P(x) is false for every real number x, the existential quantification of Q(x), which is ∃xP(x), is false.

Test: Predicates and Quantification - Question 5

Let Q(x) be the statement “x < 5.” What is the truth value of the quantification ∀xQ(x), having domains as real numbers.

Detailed Solution for Test: Predicates and Quantification - Question 5

Clarification: Q(x) is not true for every real number x, because, for instance, Q(6) is false. That is, x = 6 is a counterexample for the statement ∀xQ(x). This is false.

Test: Predicates and Quantification - Question 6

Let domain of m includes all students, P (m) be the statement “m spends more than 2 hours in playing polo”. Express ∀m ¬P (m) quantification in English.

Detailed Solution for Test: Predicates and Quantification - Question 6

Clarification: There is no student who spends more than 2 hours in playing polo.

Test: Predicates and Quantification - Question 7

The statement, “At least one of your friends is perfect”. Let P (x) be “x is perfect” and let F (x) be “x is your friend” and let the domain be all people.

Detailed Solution for Test: Predicates and Quantification - Question 7

Clarification: For some x, x is friend and funny.

Test: Predicates and Quantification - Question 8

Let R (x) denote the statement “x > 2.” What is the truth value of the quantification ∃xR(x), having domain as real numbers?

Detailed Solution for Test: Predicates and Quantification - Question 8

Clarification: Because “x > 2” is sometimes true—for instance, when x = 3–the existential quantification of R(x), which is ∃xR(x), is true.

Test: Predicates and Quantification - Question 9

Determine the truth value of ∀n(n + 1 > n) if the domain consists of all real numbers.

Detailed Solution for Test: Predicates and Quantification - Question 9

Clarification: There are no elements in the domain for which the statement is false.

Test: Predicates and Quantification - Question 10

Let P (x) denote the statement “x >7.” Which of these have truth value true?

Detailed Solution for Test: Predicates and Quantification - Question 10

Clarification: Put x = 9, 9 > 7 which is true.

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