Question
In a certain code language, 'Court of additional
district' is coded as 'bhg rfv ope fgt', 'Judge life District' is coded as 'axf bhg vbn', and 'Life of additional' is coded as 'ope vbn fgt'. What is the code for 'Judge life Court' in this coding language?Solution
'Court of additional district' is coded as 'bhg rfv ope fgt' …… (I) 'Judge life District' is coded as 'axf bhg vbn' ……(II) 'Life of additional' is coded as 'ope vbn fgt' …….(III) From (I) and (II), we will get the code for ‘District' is ‘bhg’ From (I) and (III), we will get the code for ‘of additional’ is ‘'ope fgt' From (I), we will get the code for ‘'Court’ is ‘rfv’ From (II), we will get the code for ‘‘Judge life’ is ‘'axf vbn' So, the code for 'Judge life Court' is ‘axf vbn rfv’
How many such pairs of letter are there in the word TELEPHONE, each of which has as many letters between them in the word as in the English alphabet?
Statements: N < G ≥ F > E ≥ D, D = O ≥ I > P
Conclusions:
I. D < G
II. N > I
III. P < E
In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is/are definitely true and th...
Statements: Y < X ≥ B < V; A < L ≤ K; R ≤ F ≤ O < X; V ≤ K
Conclusions:
I. R < K
II. A < B
III. Y < F
Statements:
A < R ≤ M =S; U > L = T; A < L = O > E
Conclusions:
I). U > E
II). L > M
...In the question, assuming the given statements to be true, find which of the conclusion (s) among given three conclusions is/are definitely true and th...
Statements: J > M < C ≤ S < Q = K > N
ConclusionÂ
I. J ≥ S
II. N > M
Statement:G≥ K, K ≤ S, S = M, M < N
Conclusion: I. N > K II. G < S
Statements: D = B ≤ I < L ≥ M = R; T = U ≥ L
Conclusion: I. D < U II. B = T
Statements: P ≤ Q < R; P ≥ S < T; S > U ≥ V
Conclusions:
I. S ≤ Q
II. T ≥ V
III. S > R
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