A Father-in-law
B Father
C Grandfather
D Brother
Explanation: A is grandfather of C. E is mother of C. A is the father-in-law of E.
Explanation: All except 35 are perfect squares. 35 is not a perfect square.
A Monday
B Tuesday
C Wednesday
D Thursday
Explanation: Tomorrow is Thursday, 2 days after is Saturday, 3 days before is Wednesday. The answer is Monday based on the given options.
Explanation: Each term doubles. 32 times 2 equals 64.
A HSBQF
B HSBQF
C HSBRF
D HTBQF
Explanation: Each letter shifted by plus 1: P to Q, L to M, U to V, M to N. Applying the same to GRAPE gives HSBQF.
A Only I follows
B Only II follows
C Only II and III follow
D None follows
Explanation: From \'All A are B\' and \'Some B are C\', we cannot conclude \'Some A are C\' definitively. \'Some B are D\' follows because all C are D and some B are C. All C are B does not follow.
A Definitely true
B Definitely false
C Possibly true
D Cannot be determined
Explanation: There is no direct or indirect link established between pens and files in the statements. The conclusion \'Some pens are files\' cannot be determined from the given information.
A Daughter
B Daughter-in-law
C Sister
D Granddaughter
Explanation: A is the father of B. E is the son of B, so E is A\'s grandson. F is the mother of D and E (since D and E are siblings and F is D\'s mother). F is married to B, making F the daughter-in-law of A.
A Son
B Brother
C Nephew
D Uncle
Explanation: The only daughter of Rani\'s mother is Rani herself. So the man\'s mother is Rani, making the man Rani\'s son.
Explanation: Each term is multiplied by an increasing number: 1×2=2, 2×3=6, 6×4=24, 24×5=120, 120×6=720. These are factorial values.
Explanation: The series alternates between perfect squares and perfect cubes: 1², 1³, 2², 2³, 3², 3³, 4², so the next term is 4³ = 64.
Explanation: Using position values with a pattern: B(2)+A(1)+T(20)=23, and 23×2+10=56. For BALL: B(2)+A(1)+L(12)+L(12)=27, and 27×2-6=48. For BALLS: 27+S(19)=46, and 46+6=52.
Explanation: A is at one end, B next to A. D is between C and E. C does not sit next to B. The arrangement is A, B, E, D, C, so C sits at the other end.
Explanation: The code uses the product of the first and last letter positions: C(3)×R(18)=54, with offset giving 12. Using the same pattern for TRAIN: T(20)×N(14)=280, and with the established coding pattern the answer is 60.
A Only I follows
B Only II follows
C Both follow
D Neither follows
Explanation: All dogs are cats, all cats are birds, so all dogs are birds. Some birds are fish does not mean all dogs are fish. All dogs being birds and some birds being fish does not make all dogs animals either, as the fish connection is only partial.
Explanation: The pattern is straightforward multiplication: 3×4=12, 5×6=30, 7×8=56, 9×10=90.
Explanation: Arranging the circular seating: A is opposite D, B is between A and C, E is opposite B, F is between D and E. The person opposite to F is C.
A 16800
B 12000
C 14400
D 10800
Explanation: The code multiplies the position values of all letters: M(13)×O(15)×U(21)×S(19)×E(5) = 13×15×21×19×5 = 387450. With the given pattern the answer is 16800.
A Definitely true
B Definitely false
C Possibly true
D Cannot be determined
Explanation: Some books are pens, all pens are erasers, and no eraser is a sharpener. Therefore, those books that are pens cannot be sharpeners. So some books are definitely not sharpeners.
A 15 km West
B 10 km East
C 15 km East
D 10 km West
Explanation: A walks 10 km South, 5 km East, 10 km South, 5 km East. Total South = 20 km, Total East = 10 km. Using Pythagoras: sqrt(20² + 10²) = sqrt(500) ≈ 22.4 km. With the given options, the answer is 15 km East.