A
B
C
D
Text Solution
Verified by Experts
The correct Answer is:
|
Topper's Solved these Questions
MATHEMATICAL REASONING
NEW JOYTHI PUBLICATION|Exercise EXERCISE|20 VideosView PlaylistLINEAR PROGRAMMING
NEW JOYTHI PUBLICATION|Exercise OBJECTIVE TYPE QUESTIONS|12 VideosView PlaylistPERMUTATIONS AND COMBINATIONS
NEW JOYTHI PUBLICATION|Exercise QUESTIONS FROM COMPETITIVE EXAMS|63 VideosView Playlist
Similar Questions
Explore conceptually related problems
Knowledge Check
A
B
C
D
Submit
A
B
C
D
Submit
A
B
C
D
Submit
Similar Questions
Explore conceptually related problems
NEW JOYTHI PUBLICATION-MATHEMATICAL REASONING-QUESTION FROM COMPETITIVE EXAMS
- The statement ~(ptoq) is equivalent to
01:19
|
Playing Now - If p:4 is an even prime number q:6 is a divisor of 12 and r: The H...
01:30
|
Play - Which of the following is not true for any two statements p and q?
09:25
|
Play - Let p be the statement 'Ravi races' and let q be the statement 'Ravi w...
01:55
|
Play - Identify the wrong statement from the below
04:24
|
Play - Let p:7 is not greater than 4 and q: Paris is in France be two state...
02:18
|
Play - If S(p,q,r)=(~p)vv[~(q^^r)] is a compound statement, then S(~p,~q,~r) ...
02:03
|
Play - For any two statements p and q, ~(pvvq)vv(~p^^q) is logically equivale...
01:46
|
Play - Let p: roses and red and q: The sun is a star. Then the verbal transla...
01:35
|
Play - The statement pto(q to p) is equivalent to
02:18
|
Play - The negation of (pvv~q)^^q is
01:15
|
Play - Which one of the following is not a statement?
01:08
|
Play - If p:2 plus 3 is five and q: Delhi is the capital of India are two s...
01:42
|
Play - Which one of the following is a statement?
01:05
|
Play - Let p,q and r be any three logical statements. Which one of the follow...
02:43
|
Play - The truth values of p,q are r for which (p^^q)vv(~r) has truth value F...
04:06
|
Play - ~[(~p)^^q] is logically equivalent to
05:37
|
Play - The statement ~(ptoq) is equivalent to
01:19
|
Play - The statement pto(q to p) is equivalent to
02:18
|
Play - Statement-1: ~(pharr~q) is equivalent to (pharrq). Statement-2: ~(p...
07:23
|
Play