Download SBI PO PDF Coded Inequality Questions And Answers<\/a><\/p>\n 75 SBI Po Mocks Offer (latest pattern mocks) – Rs. 199<\/a><\/p>\n [icegram campaigns=”7908″]<\/p>\n Question 1: Which of the following expressions will be true if the expression R > O = A > S < T is definitely true?<\/p>\n a) O > T Following questions are based on the information given Question 2: Which of the following means `K is son of R\u2019?<\/p>\n a) R \u00d7 K Question 3: Which of the following means \u2018M is paternal uncle of T?<\/p>\n a) M + J – T a) D \u00f7 M + W Daily SBI Exams GK – Current Affairs test<\/a><\/p>\n Question 5: Which of the following should be placed in the blank spaces respectively (in the same order from left to right) in order to complete the given expression in such a manner that makes the expression A < P definitely false? ___ \u2264\\leq\u2264 ___ <<< ___ >>> ___<\/p>\n a) L, N, P, A Question 6: Which of the following expressions will be true if the expression R > O = A > S < T as definitely true?<\/p>\n a) O >T Directions for questions : Read each statement carefully and answer the following questions:<\/p>\n Question 7: Which of the following letters should be placed in the blank spaces respectively (in the same order from left to right) in order to complete the given expression in such a manner that makes the expression \u2018A < P\u2019 definitely false? a) L, N, P, A Take a Free Mock test for SBI PO<\/a><\/p>\n SBI PO Solved Previous Papers<\/a><\/p>\n Question 8: Which of the following expressions will be true if the expression R > O = A > S < T is definitely true?<\/p>\n a) O > T Question 9: In which of the following expressions \u2018R < P\u2019 as well as \u2018S > Q\u2019 be \u2018\u2019definitely true?<\/p>\n a) P > Q = R \u2264\\leq\u2264 T < S Study the following information carefully and answer Question 10: In the given code language, what does the code \u2018pr\u2019 stand for ?<\/p>\n a) either \u2018bugs\u2019 or \u2018shouted\u2019 Banking 1 Year Plan – 350 Mocks for just Rs. 499<\/a><\/p>\n 100 free GK Tests<\/a><\/p>\n Answers & Solutions 2) Answer(D) 3) Answer(A) 4) Answe(E) 5) Answer(E) 6) Answer(B) 7) Answer(E) 8) Answer(B) 9) Answer(A) 10) Answer(C)
\nb) S < R
\nc) T > A
\nd) S = O
\ne)T < R<\/p>\n
\nbelow:
\n(i) \u2018P \u00d7 Q\u2019 means \u2018P is mother of Q\u2019.
\n(ii) \u2018P \u00f7 Q\u2019 means \u2018P is sister of Q.
\n(iii) \u2018 P+ Q\u2019 means \u2018P is brother of Q.
\n(iv) `P \u2013 Q\u2019 means p is father of Q,.<\/p>\n
\nb) R- K
\nc) K+T\u00d7R
\nd) R-J\u00f7K+M
\ne)None of these<\/p>\n
\nb) M + J \u00d7 T
\nc) M \u00f7 J – T
\nd) M + J + T
\ne)None of these
\nQuestion 4: Which of the following means `D is cousin of W\u2019 ?<\/p>\n
\nb) D + M \u00f7 W
\nc) D \u00d7 T +W
\nd) D – T \u00f7 N \u00d7 W
\ne)None of these<\/p>\n
\nb) L, A, P, N
\nc) A, L, P, N
\nd) N, A, P, L
\ne)P, N, A, L<\/p>\n
\nb) S < R
\nc) T > A
\nd) S = O
\ne)T < R<\/p>\n
\n__< __< __ > __<\/p>\n
\nb) L, A, P, N
\nc) A, L, P, N
\nd) N, A, P, L
\ne)P, N, A, L<\/p>\n
\nb) S < R
\nc) T > A
\nd) S = O
\ne)T < R<\/p>\n
\nb) S > T \u2265\\geq\u2265 R > Q < P
\nc) Q > R \u2264\\leq\u2264 T > P \u2265\\geq\u2265 S
\nd) S > T \u2265\\geq\u2265 R > Q > P
\ne)None of these<\/p>\n
\nthe questions given below:
\nIn a certain code language, \u2018Cinderella shouted for rescue\u2019 is written as \u2018pr co ly bu\u2019
\n\u2018rescue all the bugs\u2019 is written as \u2018ke mt co rx
\n\u2018bugs ate all carrots\u2019 is written as `vg rx ke sh\u2019
\n\u2018carrots for pretty Cinderella\u2019 is written as \u2018ly pr vg as\u2019
\n(All codes are two letter codes only)<\/p>\n
\nb) rescue
\nc) either \u2018Cinderella\u2019 or \u2018for\u2019
\nd) for
\ne)pretty<\/p>\n
\n1) Answer(B)
\nAs per the rules given in Coded Inequalities section of Banking Concepts we get option b : S < R is true.<\/p>\n
\n(A) : R x K = R is the mother of K. Since, gender of K is unknown, this means K can either be son or daughter of R.
\n(B) : R – K = R is the father of K. Since, gender of K is unknown, this means K can either be son or daughter of R.
\n(C) : K + T x R = K is the brother of T and T is the mother of R, => K is the uncle of R.
\n(D) : R-J\u00f7K+M = R is the father of J, who is the sister of K, who is the brother of M, => K is male and a child of R.
\n=> K is the son of R<\/p>\n
\nPaternal uncle means brother of father.
\n(A) : M + J – T = M is the brother of J, who is father of T, thus M and J are both brothers and M is the paternal uncle of T.
\n(B) : M + J x T = M is the brother of J, who is mother of T. Thus, M is maternal uncle of T.
\n(C) : M \u00f7 J – T = M is the sister of J, who is father of T. => M is paternal aunt of T.
\n(D) : M + J + T = M is the brother of J, who is a brother of T.<\/p>\n
\n(A) : D \u00f7 M + W = D is the sister of M, who is the brother of W. => All are siblings and not cousins.
\n(B) : D + M \u00f7 W = D is the brother of M, who is the sister of W, => All are siblings and not cousins.
\n(C) : D x T + W = D is the mother of T, who is brother of W, => D is mother of W
\n(D) : D – T \u00f7 N \u00d7 W = D is father of T. T is sister of N, who is mother of W, => D is maternal grandfather of W.
\nThus, none of the options means ‘D is cousin of W’.<\/p>\n
\n(A) : D \u00f7 M + W = D is the sister of M, who is the brother of W. => All are siblings and not cousins.
\n(B) : D + M \u00f7 W = D is the brother of M, who is the sister of W, => All are siblings and not cousins.
\n(C) : D x T + W = D is the mother of T, who is brother of W, => D is mother of W
\n(D) : D – T \u00f7 N \u00d7 W = D is father of T. T is sister of N, who is mother of W, => D is maternal grandfather of W.
\nThus, none of the options means ‘D is cousin of W’.<\/p>\n
\nFrom expression R > O = A > S < T, the two conclusions are made
\nR > O> S < T
\nR > A> S < T
\nHence from the above expression S < R is definitely true.<\/p>\n
\nFor the given condition \u2018A < P\u2019
\nFrom option a, L < N < P > A => A < P
\nHence, option a satisfies the condition.
\nFrom option b, L < A < P > N => A < P
\nHence, option b satisfies the condition.
\nFrom option c, A < L < P > N => A < P
\nHence, option c satisfies the condition
\nFrom option d, N < A < P > L => A < P
\nHence, option d satisfies the condition
\nFrom option e, P < N < A > L => A > P
\nHence, option e does not satisfy the condition
\nOption e does not agree with the condition ‘A < P’.<\/p>\n
\nR > O = A > S < T
\nDefinitely true :-
\nR > A, R > S, O >S<\/p>\n
\nR should be less than P and S greater than Q.
\nOption A: Satisfies Both conditions
\nOption B: R is less than P but no definite relationship can be established between S and Q.
\nOption C: No definite relationship can be established between S and Q or R and P.
\nOption D: S is greater than Q but R is not less than P.<\/p>\n
\nThe common word in the first two statements is ‘rescue’ coded as = ‘co’
\nThe common word in first and last statements are ‘for’ and ‘Cinderella’ coded as = ‘pr’ or ‘ly’
\n=> Only word left in first statement is ‘shouted’ coded as = ‘bu’
\nThe common words in second and third statements are ‘bugs’ and ‘all’ coded as = ‘ke’ or ‘rx’
\n=> Only word left in second statement is ‘the’ coded as = ‘mt’
\nThe common word in last two statements is ‘carrots’ coded as = ‘vg’
\n=> Only word left in third statement is ‘ate’ coded as = ‘sh’
\nSimilarly, Only word left in last statement is ‘pretty’ coded as = ‘as’
\nThus, code ‘pr’ stands for = either ‘Cinderella’ or ‘for’<\/p>\n