Which team emerged as the winners of the 13th Hockey India Sub Junior Women National Championship 2023?
As per the information given below, the correct answer is option B. The 13th Hockey India Sub Junior Women National Championship 2023 concluded on Saturday with defending champions, Hockey Haryana, emerging as winners while Hockey Jharkhand finished second. According to an official release, the Hockey Association of Odisha secured third place in the tournament after defeating Uttar Pradesh Hockey, here, at the Birsa Munda Hockey Stadium in Odisha. The 11-day tournament featured 28 teams, plenty of action, and a number of high-octane battles. Hockey Haryana won the trophy after defeating Hockey Jharkhand 3-2 in the Final. It should be noted that Hockey Haryana finished the competition unbeaten, said the press release further. Hockey Haryana came from behind twice to defeat Hockey Jharkhand in a neck-and-neck tie. After Sangita Kumari (7′) and Ankita Minz (27′) scored to put Hockey Jharkhand ahead, Bhavya (25′, 58′) equalised and then won the game for Hockey Haryana. Meenakshi (36′) also scored for the Champions, read the release.
In which of the following expressions will the expression ‘ Q > B ’ be definitely true?
Statement: P ≤ W < O = D ≥ G > T
Conclusions:
I. P ≤ T
II. W < D
Statements: U ≥ P ≥ I ≤ X; Y ≥ P < V; I ≤ W
Conclusions: I. U ≥ W II. Y ≥ I
...In which of the following expressions will the expression ‘S > Y’ and ‘R > Y be definitely true?
Statements: F > T = O > E < P ≤ X > H < M
Conclusion I: F ≥ E
II: X > E
Which of the following would replace @ and & respectively in the following expression such that ‘O > A’ is definitely true?
U = O > W # B ≤...
Which of the following symbols should replace the sign (@) respectively in the given expression in order to make the expression Y ≥ Z and D > K defini...
Statements: J < K = L ≥ M ≥ P; F ≥ K < G
Conclusion I. J < G II.F ≥ P
...Which of the following expressions will be true if the expression Q ≥ M = R > F = E ≤ X is definitely true?
Statements: P ≥ S ≥ C ≤ U; N ≥ S < G ; C ≤ M
Conclusion I. P ≥ N II.M < S
...
