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(b) and (d) only

(a) and (c) only

(b), (c) and (d) only

(a), (b) and (d) only

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Understanding the Reaction of Bromine WaterBromine water is a common reagent used in organic chemistry to test for unsaturation in compounds, particularly alkenes and alkynes. When bromine water reacts with these compounds, it typically adds across the double or triple bond, resulting in the formation of dibromo or tribromo products.Analyzing the ProductsIn this case, the reaction with bromine water leads to the formation of tribromo products. This indicates that the compound being tested has multiple sites of unsaturation, allowing for the addition of more than one bromine atom. The presence of multiple double bonds or a suitable structure can facilitate the formation of these tribromo products.Comparison with Other ReagentsIn contrast, when other reagents are used, they may only lead to the formation of monobromo products. This is particularly true for compounds that have a single double bond or are less reactive. In such cases, the major product formed is often the para-substituted product due to steric and electronic factors that favor this orientation in the reaction.ConclusionTherefore, the correct answer to the question is that bromine water gives tribromo products, while the other reagents lead to monobromo products, with para being the major product. This understanding is crucial for predicting the outcomes of reactions involving halogenation in organic chemistry.

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