Download Data Sufficiency Questions for IBPS RRB and PO Prelims<\/a><\/p>\n Download IBPS RRB PO Previous Papers<\/a><\/p>\n Instructions<\/b><\/p>\n Each of the questions below consist 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. Question 1:\u00a0<\/b>Ramesh went to college in which month? a)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n b)\u00a0Only Statement I is sufficient to answer the question<\/p>\n c)\u00a0Only Statement II is sufficient to answer the question<\/p>\n d)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n e)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n 1)\u00a0Answer\u00a0(B)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, Hence, the correct answer is Option B<\/p>\n Question 2:\u00a0<\/b>What is the code for the word \u2018respect\u2019? a)\u00a0Only Statement I is sufficient to answer the question<\/p>\n b)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n c)\u00a0Only Statement II is sufficient to answer the question<\/p>\n d)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n e)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n 2)\u00a0Answer\u00a0(D)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, Combining both statements, Both Statement I and Statement II together are necessary to answer the question. Question 3:\u00a0<\/b>Seven people L, M, N, O, P, Q and R went to a museum on seven days of a week starting from Monday to Sunday. Which of the following went to the museum on Thursday? a)\u00a0Only Statement I is sufficient to answer the question<\/p>\n b)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n c)\u00a0Only Statement II is sufficient to answer the question<\/p>\n d)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n e)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n 3)\u00a0Answer\u00a0(E)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, Either Statement I alone or Statement II alone is sufficient to answer the question. Question 4:\u00a0<\/b>Six people P, Q, R, S, T and U have different number of chocolates. Which of the following has the highest number of chocolates? a)\u00a0Only Statement II is sufficient to answer the question<\/p>\n b)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n c)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n d)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n e)\u00a0Only Statement I is sufficient to answer the question<\/p>\n 4)\u00a0Answer\u00a0(A)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, Hence, the correct answer is Option A<\/p>\n Question 5:\u00a0<\/b>Eight people A, B, C, D, E, F, G and H are living on the eight floors of a building in which the ground floor is numbered 1 and till the topmost floor is numbered 8. H is living on which of the following floors? a)\u00a0Only Statement I is sufficient to answer the question<\/p>\n b)\u00a0Only Statement II is sufficient to answer the question<\/p>\n c)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n d)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n e)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n 5)\u00a0Answer\u00a0(D)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From statement II, Either Statement I alone or Statement II alone is sufficient to answer the question. Instructions<\/b><\/p>\n Each of the questions below consist of a question and three statements numbered I, II and III given below it. You have to decide whether the data provided in the statements are sufficient to answer the question.<\/p>\n Question 6:\u00a0<\/b>Suhas and his family went to a movie in which of the following month? a)\u00a0Data in statements I and III together are sufficient to answer the question<\/p>\n b)\u00a0Data in statement II is sufficient to answer the question<\/p>\n c)\u00a0Data in statements II and III together are sufficient to answer the question<\/p>\n d)\u00a0Data in statements I, II and III together are sufficient to answer the question<\/p>\n e)\u00a0Data in statement I is sufficient to answer the question<\/p>\n 6)\u00a0Answer\u00a0(C)<\/strong><\/p>\n Solution:<\/b><\/p>\n From the statement I, From the statement II, From the statement III, Combining Statements I and II, Combining Statements I and III, Combining Statements II and III, Hence, the correct answer is Option C<\/p>\n Question 7:\u00a0<\/b>Six people A, B, C, D, E and F are of different weights. Which of the following is lightest? a)\u00a0Data in statements I and III together are sufficient to answer the question<\/p>\n b)\u00a0Data in statement II is sufficient to answer the question<\/p>\n c)\u00a0Data in statements II and III together are sufficient to answer the question<\/p>\n d)\u00a0Data in either statements I and III or statements II and III are sufficient to answer the question<\/p>\n e)\u00a0Data in statement I is sufficient to answer the question<\/p>\n 7)\u00a0Answer\u00a0(E)<\/strong><\/p>\n Solution:<\/b><\/p>\n From statement I, From statement II, From statement III, Hence, the correct answer is Option E<\/p>\n Question 8:\u00a0<\/b>What is the code for the word \u2018sound\u2019? a)\u00a0Data in statements I and III together are sufficient to answer the question<\/p>\n b)\u00a0Data in statement III is sufficient to answer the question<\/p>\n c)\u00a0Data in statements II and III together are sufficient to answer the question<\/p>\n d)\u00a0Data in either statements I and III or statements II and III are sufficient to answer the question<\/p>\n e)\u00a0Data in statement II is sufficient to answer the question<\/p>\n 8)\u00a0Answer\u00a0(D)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, Statement II and Statement III alone we cannot find the definite code for \u2018sound\u2019.<\/p>\n Combining Statement I and Statement II, Combining Statement I and Statement III, Combining Statement II and Statement III, So data in either statements I and III or statements II and III are sufficient to answer the question. Question 9:\u00a0<\/b>Eight people P, Q, R, S, T, U, V and W are living on the eight floors of a building in which the ground floor is numbered 1 and till the topmost floor is numbered 8. T is living on which of the following floors? a)\u00a0Data in statements II and III together are sufficient to answer the question<\/p>\n b)\u00a0Data in statement III is sufficient to answer the question<\/p>\n c)\u00a0Data in statements I and II together are sufficient to answer the question<\/p>\n d)\u00a0Data in statement I is sufficient to answer the question<\/p>\n e)\u00a0Data in statement II is sufficient to answer the question<\/p>\n 9)\u00a0Answer\u00a0(B)<\/strong><\/p>\n Solution:<\/b><\/p>\n From statement I, Two people live between V and Q. One person is living between P and Q. P is possible in places Case 2 which are represented as Case 2a and Case 2b.<\/p>\n T lives below Q. From Statement II, T is possible in different places. We cannot determine the floor on which T lives. From Statement III, Number of people living above P is equal to the number of people living below U. Three people live between V and U. P lives above T. U is not possible in Case 1 and Case 3. Hence Case 1 and Case 3 are eliminated. T is living on floor number 1. Question 10:\u00a0<\/b>Seven people D, E, F, G, H, I and J went to a park on seven days of a week starting from Monday to Sunday. J went to the park on which of the following days? a)\u00a0Data in statements II and III together are sufficient to answer the question<\/p>\n b)\u00a0Data in either statements I or statement III are sufficient to answer the question<\/p>\n c)\u00a0All the statements I, II and III are necessary to answer the question<\/p>\n d)\u00a0Data in statement II is sufficient to answer the question<\/p>\n e)\u00a0Data in either statements I or statement II are sufficient to answer the question<\/p>\n 10)\u00a0Answer\u00a0(E)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, From Statement III, Take Free IBPS Mock Tests<\/a><\/p>\n Instructions<\/b><\/p>\n Each of the questions below consist 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.<\/p>\n Question 11:\u00a0<\/b>What is the code for \u2018resource\u2019? a)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n b)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n c)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n d)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n e)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n 11)\u00a0Answer\u00a0(A)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I) Question 12:\u00a0<\/b>Nine people A, B, C, D, E, P, Q, Y and Z are living on a nine floor building where the ground floor is numbered as one and the floor immediately above is numbered as two and so on. Similarly the topmost floor of the building is numbered as nine. A lives on which of the following floor of the building? a)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n b)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n c)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n d)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n e)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n 12)\u00a0Answer\u00a0(D)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I)<\/b> B lives on an even numbered floor but not on the second floor. Three people are living between B and D who lives immediately above Q. The number of people living above Q and below Z is the same. No one is living between P and Z. E lives immediately above C. E does not live above D. Statement II)<\/b> Only three people are living below D. One person is living between D and P. Hence, option d is the correct answer.<\/p>\n Question 13:\u00a0<\/b>Six people P, Q, R, S, T and U are having different ages. Each of them is working in different banks namely SBI, PNB, BOM, BOB, IDBI and KMB. Who is working in SBI? a)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n b)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n c)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n d)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n e)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n 13)\u00a0Answer\u00a0(A)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I)<\/b> Only two people are older than the one who is working in KMB. Question 14:\u00a0<\/b>Twelve people went to the zoo during twelve different months of the same year from January to December. I went to the zoo in which of the following month? a)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n b)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n c)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n d)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n e)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n 14)\u00a0Answer\u00a0(C)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I)<\/b> L went to the zoo after august in any of the months which is having 30 days. Three people went to the zoo between L and H. The number of people who went to the zoo before L and after K is the same. E went to the zoo immediately before K. Two people went to the zoo between A and E. One person went to the zoo between A and B. Statement II)<\/b> Less than four people went to the zoo before E who went to the zoo in a month which has 31 days. The number of people who went to the zoo before E is one more than the number of people who went to the zoo after J. Two people went to the zoo between J and B who went to the zoo immediately after F. More than three people went to the zoo between H and I who did not go in december. I went to the zoo after F. Instructions<\/b><\/p>\n Each of the questions below consist 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.<\/p>\n Question 15:\u00a0<\/b>What is the code for \u2018there\u2019? a)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n b)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n c)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n d)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n e)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n 15)\u00a0Answer\u00a0(E)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I) In the first and the third phrase \u2018started\u2019 is common. So the code for this will be \u2018id\u2019. Now in the second and the third phrase \u2018stall\u2019 is common. So the code for this will be \u2018op\u2019. Now only \u2018there\u2019 is remaining in the third phrase which code can be determined easily. Hence, option e is the correct answer.<\/p>\n Question 16:\u00a0<\/b>Six people A, B, C, D, E and F are living in six different houses namely P, Q, R, S, T and U but not necessarily in the same order. Which of the following people is living in house P? a)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n b)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n c)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n d)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n e)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n 16)\u00a0Answer\u00a0(E)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I) E is living in house Q. A and D are living in house T and S but not necessarily in the same order. Question 17:\u00a0<\/b>Eight people P, Q, R, S, T, U, V and W are sitting around a circular table. Each of them is facing the center of the table. What is the position of R with respect to U. a)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n b)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n c)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n d)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n e)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n 17)\u00a0Answer\u00a0(A)<\/strong><\/p>\n Solution:<\/b><\/p>\n Statement I) Q is second to the left of S. Three people are sitting between T and S. Neither S nor T is an immediate neighbour of U. Statement II) Three people are sitting between Q and U who is immediately right of P. S who is immediately to the right of W is second to the left of U. T who is not an immediate neighbour of U is immediately left of V. Instructions<\/b><\/p>\n Each of the questions below consist 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.<\/p>\n Question 18:\u00a0<\/b>Six people A, B, C, D, E and F are living on six floors of a building in which ground floor is numbered 1 and till the topmost floor is numbered 6. C lives on which of the following floors? a)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n b)\u00a0Only Statement II is sufficient to answer the question<\/p>\n c)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n d)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n e)\u00a0Only Statement I is sufficient to answer the question<\/p>\n 18)\u00a0Answer\u00a0(D)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I and Statement II, there is no sufficient information to answer the question. Question 19:\u00a0<\/b>What is the code for the word \u2018repeat\u2019? a)\u00a0Only Statement I is sufficient to answer the question<\/p>\n b)\u00a0Only Statement II is sufficient to answer the question<\/p>\n c)\u00a0Both Statement I and Statement II together are necessary to answer the question<\/p>\n d)\u00a0Either Statement I alone or Statement II alone is sufficient to answer the question<\/p>\n e)\u00a0Both Statement I and Statement II is not sufficient to answer the question<\/p>\n 19)\u00a0Answer\u00a0(B)<\/strong><\/p>\n Solution:<\/b><\/p>\n From Statement I, From Statement II, Instructions<\/b><\/p>\n Each of the questions below consist 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.<\/p>\n Question 20:\u00a0<\/b>Six people M, N, O, P, Q and R are sitting around a circular table such that the distance between any two immediate neighbours is the same. All of them are facing the center of the table. Each of them has a different number of toffees 2, 3, 5, 6, 7 and 8. If all the people are arranged in alphabetical order starting from M in clockwise direction, then the position of how many people remain unchanged except M? a)\u00a0Both the statement I and statement II together are not sufficient to answer the question.<\/p>\n b)\u00a0Either statement I or II is sufficient to answer the question.<\/p>\n c)\u00a0Both the statement I and statement II together are sufficient to answer the question.<\/p>\n d)\u00a0Statement I alone is sufficient to answer the question.<\/p>\n e)\u00a0Statement II alone is sufficient to answer the question.<\/p>\n 20)\u00a0Answer\u00a0(C)<\/strong><\/p>\n Solution:<\/b><\/p>\n For getting the answer, we need the position of all the people. The number of toffees of R is a cubic number. The one who has 2 toffees faces the one who has 3 toffees. Statement II)<\/b> alone is also not sufficient to answer the question. Because of not any direct information to start the arrangement.<\/p>\n Statement I) and Statement II) together P does not have 2 toffees.
\n<\/b><\/p>\n
\nStatement I: <\/b>Ramesh\u2019s mother remembers that Ramesh went to college in a month having 31 days. She also remembers that Ramesh went to the college in a month which is followed by a month having 31 days.
\nStatement II:<\/b> Ramesh\u2019s father remembers that he went to college after May. He also remembers that Ramesh went to college before August.<\/p>\n
\nThe only possibility is July.
\nRamesh went to the college in July.
\nSo Statement I is sufficient to answer the question.<\/p>\n
\nThe possibilities are June and July.
\nSo Statement II is not sufficient to answer the question.<\/p>\n
\nStatement I: <\/b>In a certain code language, \u2018respect the young brother\u2019 is coded as \u2018xm hi fa be\u2019, \u2018the person earns respect\u2019 is coded as \u2018mg fa pq hi\u2019 and \u2018respect is the power\u2019 is coded as \u2018hi ek io fa\u2019.
\nStatement II:<\/b> In a certain code language, \u2018he own respect here\u2019 is coded as \u2018zk cg yp fa\u2019, \u2018young here be polite\u2019 is coded as \u2018wo rk zk xm\u2019 and \u2018own furniture earns respect\u2019 is coded as \u2018lq pq fa yp\u2019.<\/p>\n
\n\u2018the respect\u2019 is common in all the statements. So the code for \u2018the respect\u2019 is \u2018fa hi\u2019.
\nWe cannot find the definite code for \u2018respect\u2019.
\nSo Statement I is not sufficient to answer the question.<\/p>\n
\nWe cannot find the definite code for \u2018respect\u2019 from the given statements.<\/p>\n
\nWe can get the code for \u2018respect\u2019 as \u2018fa\u2019.<\/p>\n
\nHence, the correct answer is Option D<\/p>\n
\nStatement I: <\/b>R didn\u2019t go to the museum on Monday. Two people went to the museum between O and L. More than four people went to the museum after P. R went to the museum before N. Number of people who went to the museum after P is equal to the number of people who went to the museum before O. More than two people went to the museum between Q and L.
\nStatement II:<\/b> Number of people who went to the museum before L is equal to the number of people who went to the museum after N. Three people went to the museum between P and O. More than three people went to the museum between M and Q. One person went to the museum between R and O. L and N didn\u2019t go to the museum on Sunday. P went to the museum before O.<\/p>\n
\nMore than four people went to the museum after P. Number of people who went to the museum after P is equal to the number of people who went to the museum before O. Two people went to the museum between O and L. The two possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-7b3db910-dbde-41b3-b36d-dfa1649e782f.png\")
\nMore than two people went to the museum between Q and L. R went to the museum before N. R didn\u2019t go to the museum on Monday. Q is not possible in Case 1. Hence Case 1 is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-31737e40-9b71-40d2-ac82-6b316cfb02ba.png\")
\nR went to the museum on Thursday.
\nStatement I is sufficient to answer the question.<\/p>\n
\nThree people went to the museum between P and O. P went to the museum before O. The three possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-518e0946-7ca9-4372-a255-39d6fb981028.png\")
\nOne person went to the museum between R and O. Number of people who went to the museum before L is equal to the number of people who went to the museum after N. L and N didn\u2019t go to the museum on Sunday. R is possible in two places in Case 1 which are represented as Case 1a and Case 1b.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-fd0e3fd7-41e5-4c1d-a537-adf0cad67f22.png\")
\nMore than three people went to the museum between M and Q. M and Q are not possible in Case 1a, Case 1b and Case 3. Hence Case 1a, Case 1b and Case 3 are eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-8596b293-1654-420f-acad-f6bb535062b4.png\")
\nR went to the museum on Thursday.
\nStatement II is sufficient to answer the question.<\/p>\n
\nHence, the correct answer is Option E<\/p>\n
\nStatement I: <\/b>Only one person has less number of chocolates than T. Q has more number of chocolates than P but less number of chocolates than U. R has more number of chocolates than Q. P do not have least number of chocolates.
\nStatement II:<\/b> Number of people who has more chocolates than R is equal to the number of people who has less chocolates than S. Q do not have highest number of chocolates. Only one person has more chocolates than U. P has less number of chocolates than Q but more number of chocolates than T. U has more number of chocolates than S.<\/p>\n
\nOnly one person has less number of chocolates than T. Q has more number of chocolates than P but less number of chocolates than U. P do not have least number of chocolates. The four possibilities are
\nCase (i):<\/b> U > Q > P > _ > T > _
\nCase (ii): <\/b>U > Q > _ > P > T > _
\nCase (iii): <\/b>U > _ > Q > P > T > _
\nCase (iv): <\/b>_ > U > Q > P > T > _
\nR has more number of chocolates than Q. R is not possible in Case (i) and Case (ii). Hence Case (i) and Case (ii).
\nCase (iii): <\/b>U > R > Q > P > T > S
\nCase (iv): <\/b>R > U > Q > P > T > S
\nSo Statement I is not sufficient to answer the question.<\/p>\n
\nOnly one person has more chocolates than U. Number of people who has more chocolates than R is equal to the number of people who has less chocolates than S. The two possibilities are
\nCase (i):<\/b> R\/S > U > _ > _ > _ > R\/S
\nCase (ii): <\/b>_ > U > R\/S > R\/S > _ > _
\nU has more number of chocolates than S. P has less number of chocolates than Q but more number of chocolates than T.
\nCase (i):<\/b> R > U > Q > P > T > S
\nCase (ii): <\/b>Q > U > R\/S > R\/S > P > T
\nQ do not have highest number of chocolates. Hence Case (ii) is eliminated.
\nThe final arrangement is
\nR > U > Q > P > T > S
\nR has the highest number of chocolates.
\nStatement II is sufficient to answer the question.<\/p>\n
\nStatement I: <\/b>E lives immediately above B. D lives on an odd numbered floor. Number of people living above F is equal to the number of people living below C. E do not live on the 6th and 8th floor. Three people live between D and F. One person lives between C and A. A do not live on the topmost floor and 2nd floor. B do not live on the ground floor. More than two people live between A and G.
\nStatement II:<\/b> H lives above F. Two people live between C and D. B lives on a prime numbered floor. Number of people living below D is equal to the number of people living above E. Three people live between A and G. Four people live between B and C.<\/p>\n
\nD lives on an odd numbered floor. Three people live between D and F. Number of people living above F is equal to the number of people living below C. The four possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-e6433206-519a-4f78-9149-3978497d932a.png\")
\nOne person lives between C and A. More than two people live between A and G. A do not live on the topmost floor and 2nd floor.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-5a0fd5dc-be17-4572-9db9-42c90ab54173.png\")
\nE lives immediately above B. E do not live on the 6th and 8th floor. B do not live on the ground floor. E and B are not possible in Case 1, Case 3 and Case 4. Hence Case 1, Case 3 and Case 4 are eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-08a6d90e-f690-460b-b61e-5009d893ebd5.png\")
\nH lives on 7th floor.
\nStatement I is sufficient to answer the question.<\/p>\n
\nB lives on a prime numbered floor. Four people live between B and C. Two people live between C and D. The three possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-c5ebb611-d6dc-40c9-ba34-a9a342ab0042.png\")
\nNumber of people living below D is equal to the number of people living above E.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-8b778399-2a2b-4795-b447-7526d8258067.png\")
\nThree people live between A and G. H lives above F. A and G are not possible in Case 1 and Case 3. Hence Case 1 and Case 3 are eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-d15135f0-23f0-454f-9e22-5491cf8d878e.png\")
\nH lives on 7th floor.
\nStatement II is sufficient to answer the question.<\/p>\n
\nHence, the correct answer is Option D<\/p>\n
\nStatement I: <\/strong>Suhas\u2019s sister remembers that they went to the theatre after May. She also remembers that they went to the theatre in a month having 30 days.
\nStatement II: <\/strong>Suhas\u2019s father remembers that they didn\u2019t go to the theatre in November and April. He also remembers that they didn\u2019t go to the theatre in a month having 31 days.
\nStatement III: <\/strong>Suhas\u2019s mother remembers that they went to the theatre after April but didn\u2019t go in the month of June.<\/p>\n
\nThe possibilities are June, September and November.
\nSo Statement I is not sufficient to answer the question.<\/p>\n
\nThe possibilities are February, June and September.
\nSo Statement II is not sufficient to answer the question.<\/p>\n
\nThe possibilities are May, July, August, September, October, November and December.
\nSo Statement III is not sufficient to answer the question.<\/p>\n
\nThe possibilities are June and September.
\nSo Statement I and II together are not sufficient to answer the question.<\/p>\n
\nThe possibilities are September and November.
\nSo Statement I and III together are not sufficient to answer the question.<\/p>\n
\nThe only possibility is September.
\nSo Statement II and III together are sufficient to answer the question.<\/p>\n
\nStatement I: <\/b>Only two people are heavier than F. B is heavier than D but lighter than E. E lighter than F.
\nStatement II: <\/b>A is heavier than B and D. A is not the heaviest person. F is heavier than E but lighter than A. E is not the lightest person.
\nStatement III: <\/b>A is heavier than F but lighter than C. B is heavier than D. F is heavier than B.<\/p>\n
\nOnly two people are heavier than F.
\n_ > _ > F > _ > _ > _
\nE lighter than F. B is heavier than D but lighter than E.
\n_ > _ > F > E > B > D
\nThe lightest person is D.
\nSo Statement I is sufficient to answer the question.<\/p>\n
\nA is not the heaviest person. F is heavier than E but lighter than A. E is not the lightest person. The four possibilities are
\nCase (i):<\/b> _ > A > F > E > _ > _
\nCase (ii): <\/b>_ > A > F > _ > E > _
\nCase (iii): <\/b>_ > A > _ > F > E > _
\nCase (iv): <\/b>_ > _ > A > F > E > _
\nA is heavier than B and D. B and D are not possible in Case (iv). Hence Case (iv) is eliminated.
\nCase (i):<\/b> C > A > F > E > B\/D > B\/D
\nCase (ii): <\/b>C > A > F > B\/D > E > B\/D
\nCase (iii): <\/b>_ > A > B\/D > F > E > B\/D
\nWe cannot definitely say the lightest person.
\nSo Statement II is not sufficient to answer the question.<\/p>\n
\nB is heavier than D. F is heavier than B.
\nF > B > D
\nA is heavier than F but lighter than C.
\nC > A > F > B > D
\nThere is no information regarding E. So E or D can be the lightest person.
\nSo Statement III is not sufficient to answer the question.<\/p>\n
\nStatement I: <\/b>In a certain code language, \u2018is there sound here\u2019 is coded as \u2018za fa yf hm\u2019, \u2018you are there also\u2019 is coded as \u2018be hm mf gi\u2019 and \u2018he is also there\u2019 is coded as \u2018fa be ep hm\u2019.
\nStatement II: <\/b>In a certain code language, \u2018hear the music now\u2019 is coded as \u2018op ga fk cj\u2019, \u2018they listened to songs\u2019 is coded as \u2018rm bk ax qj\u2019 and \u2018he listened here sound\u2019 is coded as \u2018yf za qj ep\u2019.
\nStatement III: <\/b>In a certain code language, \u2018large sound was made\u2019 is coded as \u2018zc za he wa\u2019, \u2018you also hear now\u2019 is coded as \u2018be gi ga cj\u2019 and \u2018there now large sound\u2019 is coded as \u2018he ga za hm\u2019.<\/p>\n
\nWe get the code for \u2018sound here\u2019 as \u2018za yf\u2019. We cannot find the definite code for \u2018sound\u2019.
\nData in statements I and II together are not sufficient to answer the question.<\/p>\n
\nWe can get the code for \u2018sound\u2019 as \u2018za\u2019.
\nData in statements I and III together are sufficient to answer the question.<\/p>\n
\nWe can get the code for \u2018sound\u2019 as \u2018za\u2019.
\nData in statements II and III together are sufficient to answer the question.<\/p>\n
\nHence, the correct answer is Option D<\/p>\n
\nStatement I: <\/strong>S lives on the 4th floor. Two people live between V and Q. Two people live between S and W. Number of people living below W is equal to the number of people living above V. T lives below Q. One person is living between P and Q.
\nStatement II: <\/strong>U do not live on the 2nd and 4th floor. S lives immediately above P. Two people live between T and S. U lives on an even numbered floor. Two people live between U and P. T do not live on 7th floor.
\nStatement III: <\/strong>Three people live between V and U. Four people live between P and R. P lives on a prime numbered floor. P lives above T. Number of people living above P is equal to the number of people living below U.<\/p>\n
\nS lives on the 4th floor. Two people live between S and W. Number of people living below W is equal to the number of people living above V. The two possibilities are<\/p>\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-7a08501b-eab6-40ed-ac81-436fa370d558.png\")
<\/p>\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-a779a983-b907-4758-8c60-fa4e55fa6065.png\")
<\/p>\n
\nT is possible in different places. We cannot determine the floor on which T lives.
\nSo Statement I is not sufficient to answer the question.<\/p>\n
\nU lives on an even numbered floor. U do not live on the 2nd and 4th floor. Two people live between U and P. S lives immediately above P. Two people live between T and S. T do not live on 7th floor.\u00a0The two possibilities are<\/p>\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-e1026967-f7b3-4407-9457-790ad22b2f2b.png\")
<\/p>\n
\nSo Statement II is not sufficient to answer the question.<\/p>\n
\nP lives on a prime numbered floor. Four people live between P and R. The three possibilities are<\/p>\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-32315958-91b2-4916-bc93-1c7950550e07.png\")
<\/p>\n
\nThe final arrangement is<\/p>\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-fa6629ef-3724-48a4-8235-723a7cf0cb62.png\")
<\/p>\n
\nSo Statement III is sufficient to answer the question.
\nHence, the correct answer is Option B<\/p>\n
\nStatement I: <\/b>H didn\u2019t go to the park on Monday. Two people went to the park between D and G. Three people went to the park between E and F. More than three people went to the park between H and I. Two people went to the park between I and E.
\nStatement II: <\/b>Three people went to the park between D and H. Number of people who went to the park after I is equal to the number of people who went to the park before G. Only one person went to the park after G. Two people went to the park between H and J. I went to the park immediately after or immediately before D.
\nStatement III: <\/b>E went to the park immediately after or immediately before J. F went to the park on Monday. More than four people went to the park between H and F. One person went to the park between E and H.<\/p>\n
\nMore than three people went to the park between H and I. H didn\u2019t go to the park on Monday. Two people went to the park between I and E. The three possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-44e6193d-ab0c-4ab8-8386-bfed3e982ce8.png\")
\nThree people went to the park between E and F. Two people went to the park between D and G. F is not possible in Case 2. Hence Case 2 is eliminated.
\nThe final arrangement is
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-445dc2c9-db0d-4381-914a-a360a27f9882.png\")
\nJ went to the park on Thursday.
\nStatement I is sufficient to answer the question.<\/p>\n
\nOnly one person went to the park after G. Number of people who went to the park after I is equal to the number of people who went to the park before G. I went to the park immediately after or immediately before D. The two possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-6af88119-b5d3-444d-970d-6ef5d2c68260.png\")
\nThree people went to the park between D and H. Two people went to the park between H and J. J is not possible in Case 1. Hence Case 1 is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-9115286c-f337-4edd-8516-87f3fe1ef2c5.png\")
\nJ went to the park on Thursday.
\nStatement II is sufficient to answer the question.<\/p>\n
\nF went to the park on Monday. More than four people went to the park between H and F. One person went to the park between E and H.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-85dd1eda-1083-4af3-aaac-18a0d0aad2e9.png\")
\nE went to the park immediately after or immediately before J. The two possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-76360f79-b164-4c98-ab22-300289200ec7.png\")
\nWe cannot exactly say the day on which J went to the park.
\nSo Statement III is not sufficient to answer the question.
\nHence, the correct answer is Option E<\/p>\n
\nStatement I) In a certain code language, \u2018slow connection available here\u2019 is coded as \u2018snc rbt dic wes\u2019, \u2018here network connection issue\u2019 is coded as \u2018pbo rbt snc zst\u2019, \u2018available resource are slow\u2019 is coded as \u2018dic wes vnk bnc\u2019 and \u2018network available there\u2019 is coded as \u2018ztr pbo wes\u2019.
\nStatement II) In a certain code language, \u2018slow network there\u2019 is coded as \u2018ztr pbo dic\u2019, \u2018resource here and there\u2019 is coded as \u2018vnk snc ztr eoc\u2019, \u2018connection not slow\u2019 is coded as \u2018dic mib rbt\u2019 and \u2018available speed here\u2019 is coded as \u2018snc wes fnd\u2019.<\/p>\n
\n<\/strong>Here to obtain the code for \u2018resource\u2019, we can eliminate \u2018available slow\u2019. After that we are unable to eliminate \u2018resource are\u2019 to obtain the answer. So this information is not sufficient to answer the question.
\nStatement II)
\n<\/strong>Here to obtain the code for \u2018resource\u2019, we can eliminate \u2018here there\u2019. After that we are unable to eliminate \u2018resource and\u2019 to obtain the answer. So this information is not sufficient to answer the question.
\nStatement I) & Statement II) <\/strong>
\nAfter combining both the statements, we can directly obtain the code for \u2018resource\u2019. So this information is sufficient to answer the question.
\nHence, option a is the correct answer.<\/p>\n
\nStatement I) Y lives above A who doesn’t live on the ground floor of the building. Three people are living between B and D who lives immediately above Q. No one is living between P and Z. B lives on an even numbered floor but not on the second floor. The number of people living above Q and below Z is the same. E lives immediately above C. E does not live above D.
\nStatement II) Less than two people are living between Q and A. One person is living between D and P. A lives above C. Only three people are living below D. E lives on an even number floor immediately below Q. Three people are living between Q and Z who lives immediately below B who lives below Y.<\/p>\n
\nB is possible in three places which are given below in Case(i), Case(ii) and Case(iii).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-b98e1f88-5624-44c5-8224-28730da31e53.png\")
<\/p>\n
\nIn Case(ii), the above given condition is not applicable. So this case is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-5ffe9826-d05e-4e64-aa21-3621c954f738.png\")
\nY lives above A who doesn’t live on the ground floor of the building.
\nIn Case(i), A is not possible as per the above given condition. So this case is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-4a8b8e54-ac7d-4956-8893-30dc0749e59a.png\")
\nWe can obtain the answer from this information.<\/p>\n
\nHere P is possible in two places which are given below in Case(i) and Case(ii).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-9574b840-30a6-4ede-96f8-37b096f12487.png\")
\nE lives on an even number floor immediately below Q.
\nIn each case E and Q are possible in two places which are given below in Case(i)(a), Case(i)(b), Case(ii)(a) and Case(ii)(b).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-5b54da9a-6576-485f-9190-e5aa5628d9ed.png\")
\nThree people are living between Q and Z who lives immediately below B who lives below Y.
\nIn Case(i)(a) and Case(ii)(b), the above given conditions are not applicable. So these cases are eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-0dae0b60-ac9d-48a8-a3cb-f610f334ad18.png\")
\nA lives above C. Less than two people are living between Q and A.
\nIn Case(ii)(a), the above given condition is not possible. So this case is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-10026352-0d8c-40b0-beb5-797aa0faaf56.png\")
\nWe can obtain the answer from this information.<\/p>\n
\nStatement I) The number of people younger than the one who is working in BOB is one less than the number of people older than the one who is working in BOM. More than two people are younger than U. Only two people are older than the one who is working in KMB. Number of people younger than U and older than T is the same. The one who is working in BOB is younger than T.
\nStatement II) Q who is working in IDBI is younger than R who is not working in PNB. The number of people younger than R and older than P is the same. S is not working in BOM.<\/p>\n
\n>>(KMB)>>>
\nNumber of people younger than U and older than T is the same. More than two people are younger than U.
\nCase(i) >>U(KMB)>T>>
\nCase(ii) >U>(KMB)>>T>
\nCase(iii) U>>(KMB)>>>T
\nThe one who is working in BOB is younger than T.
\nIn Case(iii), BOB is not possible as per the above given condition. So this case is eliminated.
\nIn Case(i), BOB is possible in two places which are given below in Case(i)(a) and Case(i)(b).
\nCase(i)(a) >>U(KMB)>T>(BOB)>
\nCase(i)(b) >>U(KMB)>T>>(BOB)
\nCase(ii) >U>(KMB)>>T>(BOB)
\nThe number of people younger than the one who is working in BOB is one less than the number of people older than the one who is working in BOM.
\nIn Case(i)(a), BOM is not possible as per the above given condition. So this case is eliminated.
\nCase(i)(b) >(BOM)>U(KMB)>T>>(BOB)
\nCase(ii) >U(BOM)>(KMB)>>T>(BOB)
\nGiven information is not sufficient to get the answer.
\nStatement II)<\/b> Q who is working in IDBI is younger than R who is not working in PNB. The number of people younger than R and older than P is the same. S is not working in BOM.
\nThere is not any basic hint to connect the information. So this information is not sufficient to get the answer.
\nStatement I) & Statement II)
\n<\/b>Q who is working in IDBI is younger than R who is not working in PNB. The number of people younger than R and older than P is the same.
\n<\/b>Case(i)(b) R(xPNB)>(BOM)>U(KMB)>T>Q(IDBI)>P(BOB)
\nCase(ii) R(xPNB)>U(BOM)>(KMB)>Q(IDBI)>T>P(BOB)
\nS is not working in BOM.
\nIn Case(i)(b), S is not possible as per the above given condition. So this case is eliminated.
\nR(SBI)>U(BOM)>S(KMB)>Q(IDBI)>T(PNB)>P(BOB)
\nWe can obtain the answer after combining both the statements together.
\nHence, option a is the correct answer.<\/p>\n
\nStatement I) The number of people who went to the zoo between B and H is the same as the number of people who went to the zoo between B and J. Three people went to the zoo between L and H. Two people went to the zoo between A and E. The number of people who went to the zoo before L and after K is the same. E went to the zoo immediately before K. L went to the zoo after august in any of the months which is having 30 days. One person went to the zoo between A and B. No one went to the zoo between J and I.
\nStatement II) I went to the zoo after F. The number of people who went to the zoo before E is one more than the number of people who went to the zoo after J. One person went to the zoo between F and H. Less than four people went to the zoo before E who went to the zoo in a month which has 31 days. Two people went to the zoo between J and B who went to the zoo immediately after F. More than three people went to the zoo between H and I who did not go in december.<\/p>\n
\nHere L is possible in two places which are given below in Case(i) and Case(ii).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-24bf39d8-b2b5-4123-9355-7eba91f74eda.png\")
\nThe number of people who went to the zoo between B and H is the same as the number of people who went to the zoo between B and J. No one went to the zoo between J and I.
\nIn Case(ii), I is not possible. So this case is eliminated.
\nIn Case(i) I can be either in october or december.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-ea286bb5-741d-4bf6-89d2-01f7e5c7075b.png\")
\nWe cannot get the answer from this information.<\/p>\n
\nHere E is possible in two places which are given below in Case(i) and Case(ii).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-efcda84b-6a46-4151-8542-5cb85bd399d5.png\")
<\/p>\n
\nIn Case(i), J is not possible as per the above given condition. So this case is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-e4f62aa6-24a5-411a-90cc-ca7f460db801.png\")
\nOne person went to the zoo between F and H.
\nIn Case(ii), H is possible in two places which are given below in Case(ii)(a) and Case(ii)(b).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-854b8b41-12c6-48cc-b955-5d124f203c05.png\")
<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-ab055ee3-31e6-4076-97f1-39562ccc8831.png\")
\nWe can get the answer from this information.
\nHence, option c is the correct answer.<\/p>\n
\nStatement I) In a certain code language \u2018festival season started\u2019 is coded as \u2018id ri jc\u2019, \u2018vegetable stall on festival\u2019 is coded as \u2018op mp sv jc\u2019 and \u2018started stall there\u2019 is coded as \u2018nb id op\u2019.
\nStatement II) In a certain code language \u2018eat vegetable started\u2019 is coded as \u2018id sv wj\u2019, \u2018festival stall there\u2019 is coded as \u2018op nb jc\u2019 and \u2018on button started\u2019 is coded as \u2018nz id mp\u2019.<\/p>\n
\nThis statement is sufficient to answer the question.
\nStatement II) Here we can only obtain the code for \u2018started\u2019. From the given information, we are unable to get the required answer.<\/p>\n
\nStatement I) E is living in house Q. C is not living in house R and U. A and D are living in house T and S but not necessarily in the same order.
\nStatement II) B is living in house R. E is living in house Q. F is not living in house house P, S and T.<\/p>\n
\nA \u21d2 T\/S
\nB \u21d2
\nC \u21d2
\nD \u21d2 T\/S
\nE \u21d2 Q
\nF \u21d2
\nC is not living in house R and U.
\nA \u21d2 T\/S
\nB \u21d2 R\/U
\nC \u21d2 P
\nD \u21d2 T\/S
\nE \u21d2 Q
\nF \u21d2 R\/U
\nThis statement is sufficient to get the answer.
\nStatement II) B is living in house R. E is living in house Q.
\nA \u21d2
\nB \u21d2 R
\nC \u21d2
\nD \u21d2
\nE \u21d2 Q
\nF \u21d2
\nF is not living in house house P, S and T.
\nA \u21d2 P\/S\/T
\nB \u21d2 R
\nC \u21d2 P\/S\/T
\nD \u21d2 P\/S\/T
\nE \u21d2 Q
\nF \u21d2 U
\nFrom this information, we cannot get the definite answer. So this information is not sufficient.
\nHence, option e is the correct answer.<\/p>\n
\nStatement I) U is third to the right of W. Q is second to the left of S. Three people are sitting between T and S. R is not second to the right of V. Neither S nor T is an immediate neighbour of U. R and S are not immediate neighbours.
\nStatement II) Three people are sitting between Q and U who is immediately to the right of P. S who is immediately to the right of W is second to the left of U. T who is not an immediate neighbour of U is immediately left of V.<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-77124a66-8e04-44ef-aa2a-c13adf761665.png\")
\nU is third to the right of W. R is not second to the right of V. R and S are not immediate neighbours.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-cf8d5b63-dbc1-47fd-b66f-4adf6e1852d6.png\")
\nAfter applying all the information given in the question, we have two possible answers. So the given information is not sufficient to answer the question.<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-55491b0a-3852-48ff-979b-16f2f7f0574c.png\")
<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-dde51950-2edd-453a-a774-0306f16a68bf.png\")
\nThis statement is sufficient to get the answer.
\nHence, option a is the correct answer.<\/p>\n
\nStatement I: <\/b>F lives on an odd numbered floor but not on the ground floor. Two people live between F and D.
\nStatement II: <\/b>One person lives between D and E. A lives on the immediate floor above B.<\/p>\n
\nBy combining both statements,
\nF lives on an odd numbered floor but not on the ground floor. Two people live between F and D. The two possibilities are
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-c47ed925-5270-4320-933e-4c9fcd792ba4.png\")
\nOne person lives between D and E.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-28645ec7-b66e-43a7-b0a8-828637ef5810.png\")
\nA lives on the immediate floor above B. A and B are not possible in Case 1. Hence Case 1 is eliminated.
\nThe final arrangement is
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-cfdd38c5-52c8-4b39-ad4c-6d2663d35c98.png\")
\n$\\therefore$ C lives on floor number 5.
\nBoth Statement I and Statement II together are necessary to answer the question.
\nHence, the correct answer is Option D<\/p>\n
\nStatement I: <\/b>In a certain code language, \u2018once proper repeat again\u2019 is coded as \u2018fg kw bq nr\u2019 and \u2018closely repeat once here\u2019 is coded as \u2018za nr ly kw\u2019.
\nStatement II: <\/b>In a certain code language, \u2018here only right repeat\u2019 is coded as \u2018kw oe pz ly\u2019 and \u2018only right once here\u2019 is coded as \u2018nr pz oe ly\u2019.<\/p>\n
\nBy comparing both the codes, the code for \u2018repeat\u2019 can be either \u2018kw\u2019 or \u2018nr\u2019.
\nSo Statement I is not sufficient to answer the question.<\/p>\n
\nBy comparing both the codes, the code for \u2018here only right\u2019 is \u2018oe pz ly\u2019. Only repeat is remaining from the first code. So the code for \u2018repeat\u2019 is \u2018kw\u2019.
\nSo Statement II is sufficient to answer the question.
\nHence, the correct answer is Option B<\/p>\n
\nStatement I) O faces the one whose toffees are the multiple of three. Q is immediately left of M who is having 7 toffees. O sits exactly between R and Q. The number of toffees of R is a cubic number. The one who has 2 toffees faces the one who has 3 toffees.
\nStatement II) Q neither has 5 nor 6 toffees. N is not an immediate neighbour of R. P does not have 2 toffees.<\/p>\n
\nStatement I)<\/b> O faces the one whose toffees are the multiple of three.
\nThere are two possible cases which are given below in Case(i) and Case(ii).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-cbba85a3-b595-4cb0-b170-df41abad5353.png\")
\nO sits exactly between R and Q.
\nR and Q are possible in two places which are given below in Case(i)(a), Case(i)(b), Case(ii)(a) and Case(ii)(b).
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-e3759389-323f-42be-acb5-52636619604a.png\")
\nQ is immediately left of M who is having 7 toffees.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-4f16b1f3-382c-4b3c-a83c-c2898cf09686.png\")
<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-9d4765b2-66df-439f-ba2f-87ce24b6d45a.png\")
\nWe did not get the places of all the people from this statement. So it is not sufficient to answer the question.<\/p>\n
\n<\/b>![](\"https:\/\/cracku.in\/media\/uploads\/cracku-3897a29b-42f0-4562-9d5c-f6ffee057ff8.png\")
\nQ neither has 5 nor 6 toffees.
\nIn Case(i)(a) and Case(i)(b), Q is not possible as per the above given condition. So these cases are eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-7bca3a52-1904-46e4-9215-a4415dba978b.png\")
\nN is not an immediate neighbour of R.
\nIn Case(ii)(b), R is not possible. So this case is eliminated.
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-c3b85fb6-3bec-4528-8deb-f2a2009001b3.png\")
<\/p>\n
\n![](\"https:\/\/cracku.in\/media\/uploads\/cracku-f098e1f0-1e60-460d-b8a4-f615eaf260ce.png\")
\nHence, option c is the correct answer.<\/p>\n