Question
S. 13 of CPC provides that a Foreign Jugdment shall
______________?Solution
S. 13. When foreign judgment not conclusive.—A foreign judgment shall be conclusive as to any matter thereby directly adjudicated upon between the same parties or between parties under whom they or any of them claim litigating under the same title except— (a) where it has not been pronounced by a Court of competent jurisdication; (b) where it has not been given on the merits of the case; (c) where it appears on the face of the proceedings to be founded on an incorrect view of international law or a refusal to recognise the law of [India] in cases in which such law is applicable; (d) where the proceedings in which the judgment was obtained are opposed to natural justice; (e) where it has been obtained by fraud;                                             (f) where it sustains a claim founded on a breach of any law in force in [India]
- In the question, assuming the given statements to be true, find which of the conclusion (s) among given two conclusions is /are definitely true and then gi...
Statements: Q © E, S % C, E $ S, C @ AÂ
Conclusions:Â
I. A © CÂ
II. S % AÂ
III. C © Q
In the question, assuming the given statements to be true, find which of the conclusion(s) among given two conclusions is /are definitely true and the...
In this question, the relation between various elements is shown in the statement. After the statement, two conclusions are given, select a suitable opt...
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 the...
In the question, assuming the given statements to be true, find which of the conclusion(s) among given two conclusions is/are definitely true and then g...
Statements: 21 < 51 = 71 ≤ 61 < 11; 32 < 81 ≤ 91 =51
Conclusions:
I. 11 > 81
II. 21 > 32
III. 32 ≥ 21
Which of the following does not make J @ K and R # K definitely not true?
Statements: P > Q = R ≤ S; R > T > U; U = Z ≥ O
Conclusions:
I. P > U
II. O < S
III. R > P
Statements:S > T,T ≥ U,U < V
Conclusions: I. T > V II. S > U