JEE MATHEMATICS MCQ: MATHEMATICAL REASONING

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Analyzing +4 | -1

\mathrm{p}

and

\mathrm{q}

be two statements then

\sim(\sim p \wedge q) \wedge(p \vee q)

is logically equivalent to

View answer and explanation

Correct option: C

p

The correct answer is C. By simplifying the given logical expression using De Morgan's laws and other logical equivalences, it is shown to be logically equivalent to p.

More Questions from MATHEMATICAL REASONING

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p:A

man is happy

q:A

man is rich
Then, the statement, "If a man is not happy, then he is not rich" is written as Consider the following compound statements.
(i) Mumbai is the capital of Rajasthan or Maharashtra.
(ii)

\sqrt{3}

is a rational or an irrational number.
(iii) 125 is a multiple of 7 or 8 .
(iv) A rectangle is a quadrilateral or a regular hexagon.
Which of the above statements is not true? Let

p

and

q

be two Statements. Amongst the following, the Statement that is equivalent to

p \rightarrow q

is Let

{F_1}(A,\,B,\,C) = \left( {A \wedge \sim B} \right) \vee \left[ { \sim C \wedge \left( {A \vee B} \right)} \right] \vee \sim A

and

{F_2}(A,\,B) = \left( {A \vee B} \right) \vee (B \to \, \sim \,A)

be two logical expressions. Then, The contrapositive of the following statement, "If the side of a square doubles, then its area increases four times", is : Suppose

p

: A natural number

n

is odd and

q:

Natural number

n

is not divisible by 2 , then the biconditional statement

p \Leftrightarrow q