- AP > R
- BQ > R
- CR > P
- DP > Q
Step-by-Step Solution
'P $ Q' means P > Q, which is definite. Since Q <= R, no fixed relation exists between P and R.
Answer: D) P > Q
In a code, 'A @ B' means A is greater than or equal to B, 'A # B' means A is less than or equal to B, and 'A $ B' means A is greater than B. Given 'P $ Q # R', which conclusion is definitely true?
Competition practiceInequalities
Master this topic in 30 minutes a day.
Don't just memorise the answer — build a daily practice habit.
Practice 5 Similar Questions Free →All Inequalities practice questions
More Inequalities practice
Given the statement M >= N = O <= P, which of the following conclusions is definitely…In a certain code: '&' means 'greater than', '@' means 'greater than or equal to', '#'…In a certain code: '&' means 'greater than', '@' means 'greater than or equal to', '#'…In a certain code: '&' means 'greater than', '@' means 'greater than or equal to', '#'…Given the relationship P ≥ Q > R, which of the following conclusions is definitely true?