Question
, In the question below some statements are given
followed by two conclusions I and II. You have to take the given statements to be true even if they seem to be at variance with commonly known facts. Read all the conclusions and then decide which of the given conclusion definitely follows from the given statements, disregarding commonly known facts. Statements: Some Colour are Wall All Paint are Wall No Colour is Paper Conclusions: I. Some Colour are Paint II. Some Wall are PaperSolution
Some Colour are Wall (I) + Some Wall are Paint (I) → No conclusion. Hence conclusion I does not follow. No Colour is Paper (E) → Conversion → No Paper is Colour (E) + Some Colour are Wall (I) → Some Wall are not Paper (O*). Hence conclusion II does not follow.
An eight-digit number, 73x216y4 is divisible by 72. Find the maximum possible value of x + y.
Find the largest number that divides 400, 500, and 600, leaving remainders 10, 20, and 30 respectively.
When a number is divided by 17, the quotient is 132, and the difference between the quotient and the remainder is 120. Find the number.
When a number is divided by 23, the quotient obtained is 168, and the difference between the quotient and the remainder is 152. Determine the number.
How many divisors does the number 5040 have?
How many factors of 23 × 33 × 54 ×91× is divisible by 50 but not by 100?
An eight-digit number, 81x3y72 is divisible by 72. Find the maximum possible value of x + y.
which of the following pairs of non-zeroes values of p and q make the 6-digit number 674pq0 divisible by both 3 and 11?
The greatest number that will divide 398, 437 and 5425 leaving 7, 12 and 2 as remainders, respectively, is:
Which of the following pairs of non-zero values of p and q make 6-digit number 674pq0 divisible by both 3 and 11?
