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Predicate Logic Self Assessment Instructions Instructions: These problems are provided for your own self-assessment. You need to work on them alone, solve them without looking at the solution, and...

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Predicate Logic Self Assessment
Instructions
Instructions: These problems are provided for your own self-assessment. You need to work on
them alone, solve them without looking at the solution, and only then compare your solution with
the provided one.
You do not need to solve all of these problems. Please solve at least 4 of them without mistake.
Not only should your answer be co
ect, but your reasons should also match the solution. Do not
e sloppy in your self-marking.
In each of these tasks:
1. List and match all the predicates and quantifiers, the quantified variables and the domain of
each variable.
2. Determine the truth value of the statement.
3. Justify rigorously your explanation.
Submit your evidence of self-assessment by showing your work and self-co
ection.
There are a limited number of exercises. If you need practice, avoid using them, or you might
un out of self-assessment problems.
Problems
Exercise 1
Prove or disprove ∀x ∈ R, ∃y ∈ R : x − y3 = 0
Exercise 2
Prove or disprove ∃y ∈ R, ∀x ∈ R : x − y3 = 0
Exercise 3
Prove or disprove ∀x ∈ N, ∃y ∈ N : x − y3 = 0
Exercise 4
Prove or disprove ∃y ∈ N, ∀x ∈ N : x − y3 = 0
Answered Same Day Aug 10, 2021

Solution

Rajeswari answered on Aug 10 2021
154 Votes
Predicate Logic Self Assessment
1. List and match all the predicates and quantifiers, the quantified variables and the domain of
each variable.
2. Determine the truth value of the statement.
3. Justify rigorously your explanation.
Submit your evidence of self-assessment by showing your work and self-co
ection.
There are a limited number of exercises. If you need practice, avoid using them, or you might
un out of self-assessment problems.
Problems
Exercise 1
Prove or disprove ∀x ∈ R, ∃y ∈ R : x − y3 = 0
Solution:
The given statement is true.
We have to prove for all real numbers x, there exists a real number y such that
Or we have to prove that x = y3
Take any real number x. Take its cube root. I
espective of whether x is positive or...
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