Ghosh Babu's new interest is psychology. He has identified various personality
patterns and given them names. These personality patterns are inter-related as
follows:
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All Alessandras, Belissimas, Cassandras, Desdemonas, Elissimas and Firdauses
are Queens.
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All Alessandras are Belissimas.
- No Belissima that is not an Alessandra is a Firdaus.
- Some Cassandras are Alessandras.
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All Desdemonas are Cassandras.
- Some Cassandras are not Belissimas.
- No Desdemona is an Alessandra.
- All Queens and only Queens that are neither Belissimas nor Cassandras are
Elissimas.
Question 46 Which of the following is true? (a) All Firdauses are Alessandras. (b) Some Firdauses are Alessandras. (c) All Firdauses are either Alessandras, Cassandras or Elissimas. (d) Some Firdauses are Cassandras (e) None of the Above Question 47 Which of the following is not true? (a) No Desdemonas are Belissimas. (b) Some Belissimas are Desdemonas. (c) Some Firdauses are both Belissimas and Cassandras. (d) Some Queens are neither Belissimas nor Elissimas. (e) None of the Above Question 48. Which of the following cannot be said to be true or false? I. No Belissima or Cassandra is an Elissima. II. Some Cassandras are Belissimas but not Alessandras. III. No Belissima is both an Alessandra and a Desdemona. (a) I only (b) II only (c) III only (d) I & II (e) None of these Question 49. Peter is not a Belissima, therefore, (a) Peter is an Elissima (b) If Peter is a Queen, he is an Elissima or Cassandra. (c) If Peter is not an Elissima, he is a Cassandra. (d) None of the above (e) Both b and c
I have complete CL material of Last year (all funda books of QA, VA, LRDI, XAT, GK, GDPI etc.) and complete set of Arun Sharma books (QA, VA, LRDI). If anyone interested kindly mail me on [email protected]
There is a grand father, 6 sons & daughters and 4 grand children.They are to be seated in a row. Two grand children want to be seated at both the ends. The grand father refuses to seat on either side of grand children. Find the number of ways the arrangements possible.
In a triangle PQR, points X, Y, Z are on PQ, PR and QR respectively such that PX=XQ, RY/YP=a/b and QZ/ZR= 3. Also, (area of trianglePXY)^2 = (area of triangle QXZ)*(area of triangle RYZ). The ratio a:b equals to
A)(3+sqrt105)/6 B) (2+sqrt35)/3 C) (sqrt105 -3)/6 D) (3+sqrt31)/7