Start learning 50% faster. Sign in now
‘Z’ is a two digit number in which the unit place digit is ‘P’ and the tens place digit is ‘Q’. So the number is ‘QP’.  Eq.(i) The value of ‘P’ is smaller than the value of ‘Q’. The product of P and Q is the multiple of three. PxQ = multiple of three  Eq.(iii) The unit place digit of (P) 2 ,(P) 3 and (P) 4 is the same. When P = 1, 5 and 9 , then only the above given condition will be true. The difference between the values of P and Q is 4. From Eq.(ii) and the above given condition, (Q-P) = 4 When P = 1, then (Q-1) = 4 Q = 4+1 = 5 When P = 5, then (Q-5) = 4 Q = 4+5 = 9 When P = 9, then (Q-9) = 4 [This is not possible. Because in this case ‘Q’ will be a two digit number.] So Z = QP ⇒ 51 and 95 Because of Eq.(iii), (Z = 51) will not be possible. So Z = 95 If the unit and tens place digit of the number ‘Z’ are interchanged with each other, then the newly formed number = 59 The nearest prime number greater than the newly formed two digit number (after interchanging digits) = 61
Select the option in which the given figure is embedded.
From the given answer figures, select the one in which the question figure is hidden / embedded(rotation is not allowed).
In the question, assuming the given statements to be true, find which of the conclusion (s) among given two conclusions is /are definitely true and the...
Select the option figure which is embedded in the given figure. (Rotation is NOT allowed)
Select the option in which the given figure is embedded (rotation is not allowed).
From the given answer figures, select the one in which the question figure is hidden/ embedded.
Find out the alternative figure which contains the given figure as its part.