solve the following questions Q1Let the string having length eight of an arrays is defined as ; 01001010 ii. 01101101 Apply the definition of propositional logic conjunction and disjunction on it. Q2 a). Define pandent vertex and isolated vertex by giving example. (b). Show that “¬ p v q” is logically equivalent to “pq”. Q3 a). Consider the propositional function (,) defined by ; What is the truth value of (-2,4,-5)? What is the truth value of (6-,2,8)? (b). Write down the difference between universal quantifier and existential quantifier by giving examples. Q4 Let ‘H’ and ‘G‘ are two non-empty sets which are defined as; and modulus function defined by; Check the defined absolute value function for injective. Q5 Given a simple graph “N” as below in figure ; graph is attached below Check it for the following ; Find chromatic number. Calculate In-degree and out-degree. Find the degree of the graph and write it in degree sequence. Label its edges and also write down its in vertex form.
solve the following questions
Q1Let the string having length eight of an arrays is defined as ;
- 01001010 ii. 01101101
Apply the definition of propositional logic conjunction and disjunction on it.
Q2
a). Define pandent vertex and isolated vertex by giving example.
(b). Show that “¬ p v q” is logically equivalent to “pq”.
Q3
a). Consider the propositional function (,) defined by ;
- What is the truth value of (-2,4,-5)?
- What is the truth value of (6-,2,8)?
(b). Write down the difference between universal quantifier and existential quantifier by giving
examples.
Q4 Let ‘H’ and ‘G‘ are two non-empty sets which are defined as;
and modulus function defined by;
- Check the defined absolute value function for injective.
Q5
Given a simple graph “N” as below in figure ;
graph is attached below
Check it for the following ;
- Find chromatic number.
- Calculate In-degree and out-degree.
- Find the degree of the graph and write it in degree sequence.
- Label its edges and also write down its in vertex form.
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