Every step in this experiment has reasons behind its application. whizz determines the masses of the crucible and barium chloride hydrate for obvious entropy collection and calculation purposed. The heating of the sample slowly for 10 minutes is done to remove the water from the sample. A continual mass for the sample must be obtained so consequently it must be done slowly because if not you may loose mass from the sample. At the point where the crystalline whole changes to a powdery solid the sample must undisturbed and then have the mass taken of it. This process to recurrent to obtain a uninterrupted mass. When one obtains a constant mass the water from the barium chloride hydrate has been completely removed. The anhydrous salt is placed in distilled water for filtering and bonding purposes. The 1.0M coin nitrate firmness of purpose is placed in with the distilled water and anhydrous salt so a chemical substance reaction fire occur. The new reply is heated to be sure that the chemical reaction is complete and all new bonds have been formed. The solution is then filtered through the filter paper to separate the accrue from the solution itself. This is done to separate the devolve from the solution so the mass of that may be obtained.
        My conclusion based on this experiment is that the barium chloride hydrate was dehydrated and then re-hydrated with distilled water. That solution was added to a solution of silver nitrate and then heated. A chemical reaction occurred that ca employ a precipitate to form in the solution and settle at the bottom. This precipitate was most liable(predicate) silver from the silver nitrate. This solution was then filtered to get the precipitate by itself. The masses were obtained along the way and then used to calculate the moles of silver...
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