Question
Statements: Q = R; S ≥ T; P ≤ Q; R > V; R >
S; T ≥ U Conclusions: (i) R > U (ii) V ≥ U (iii) P = R (iv) P < R In the following question assuming the given statements to be true, find which of the conclusion among given conclusions is/are definitely true and then give your answers accordingly.Solution
Given statements: Q = R; S ≥ T; P ≤ Q; R > V; R > S; T ≥ U On combining: P ≤ Q = R > S ≥ T ≥ U ; R > V Conclusions: (i) R > U ,True since R > S ≥ T ≥ U (ii) V ≥ U ,False since either V ≥ U or V < U (iii) P = R ,can be true since P ≤ Q =R (iv) P < R, can be true since P ≤ Q =R Hence, option 3 is the answer.
Find the unit digit of the expression: 1! + 2! + 3! + 4! + 5! + ........ + 999!.
What is the number of divisors of 360?
- 25% of 36% of 960 = m + 21.6, find the total of squares of each digit in ‘m’.
Find the remainder obtained when 34 × 46 × 52 is divided by 25.
- A two-digit number '7b' is completely divisible by '4'. When the same number is divided by '3', there is a remainder of '1'. Find the value of 'b'.
The difference between two numbers is 60% of the larger number. If the smaller number is 10, find the larger number-
- The average of five consecutive numbers is 23. Find the middle number.
The numerator of a fraction is 7 less than its denominator. If the numerator is decreased by 2 and the denominator is increased by 5, then the denominat...
'N' is the largest three-digit number which leaves 5 as a remainder when divided by 6, 9, and 15. What is the smallest number that needs to be added to ...
One baker house has to make 600 cakes and another one 750 cakes during the same period of time. In the first house, the order was ready 5 days ahead of ...