Question
On which date, did Sohan retire? I. Sohan retired
on the even numbered date out of the two dates falling exactly in the middle of the two two-digit dates, each date completely divisible by the prime number immediately after 7. II. Retirement takes place on the last day of the birth month of the employee. Each of the following questions below consists of a question and two statements numbered I and II given below it. You have to decide whether the data provided in the statements are sufficient to answer the question. Read both the statements and give the answer.Solution
11 and 22 are the two dates exactly divisible by 11 (prime number after 7) 16 and 17 fall between 11 and 22. 16 is the even numbered date.
Read the given statement and conclusions carefully. Assuming that the information given in the statements is true, decide which of the given conclusions...
. In the questions given below there are three statements followed by three conclusions I, II and III. You have to take the three given statements to be...
. In the questions given below there are three statements followed by three conclusions I, II and III. You have to take the three given statements to be...
In the question below, a situation is given, followed by two statements that may or may not be concluded from the situation. Select the option that cont...
Statements:
Some cats are animals.
All animals are plants.
Conclusions:
I. All cats are plants.
II. Some plants are c...
Rajesh purchased 6 mangoes, 3 bananas and 10 guavas in ₹136. If the ratio of the cost (per piece) of mangoes, bananas and guavas is 3 : 2 : 1, what wi...
Statement: M=N<Q ≤P ≥R;Q<T;U<S>T
Conclusions:
1. U > Q
2. N > R
...Statements:
Only a few blankets are quilts. No bedsheet is quilt. Only blanket is cushion.
Conclusions:
I. All bedsheets being...
Statement: The UIDAI has temporarily barred Bharti Airtel and Airtel Payments Bank from conducting Aadhaar-based SIM verification of mobile customers u...
Statements: J ≥ K ≥ L = O; M ≤ N < O; M ≥ P < K
Conclusions:
I. L < M
II. J ≥ N
III. N > P