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Aluminum Sulfate Barium Nitrate Net Ionic Equation
On the reaction of alum and nitrate
The reaction of alum and nitrate is essential for transforming things. Alum, the sulfate containing aluminum, and nitrate, the genus of barium nitrate. When the two meet, there must be changes.
When it is, the sulfate of aluminum combines with barium nitrate, and in the liquid of water, the ions move. Although aluminum ions and nitrate ions coexist in the same room, their properties remain unchanged, just like the phase of a passer-by. Sulfate ions and barium ions are like old enemies, and they combine in an urgent phase.
Looking at the reaction formula, sulfate and barium ions combine to form a precipitation of barium sulfate. This precipitate is also white and strong in color, insoluble in water, and difficult to change its shape with others. The net reaction formula of its ions is as follows:
\ [Ba ^ {2 + } + SO_ {4} ^ {2 -}\ to BaSO_ {4}\ downarrow\]
From this point of view, the phase of things is not accidental. Each ion, according to its nature, or affinity or sparsity, in the mixture, deduces thousands of changes. The response of alum nitrate is only a spot of ear, but it is clear from a glimpse that the whole leopard, the wonders of chemistry, are all in it.
The reaction of alum and nitrate is essential for transforming things. Alum, the sulfate containing aluminum, and nitrate, the genus of barium nitrate. When the two meet, there must be changes.
When it is, the sulfate of aluminum combines with barium nitrate, and in the liquid of water, the ions move. Although aluminum ions and nitrate ions coexist in the same room, their properties remain unchanged, just like the phase of a passer-by. Sulfate ions and barium ions are like old enemies, and they combine in an urgent phase.
Looking at the reaction formula, sulfate and barium ions combine to form a precipitation of barium sulfate. This precipitate is also white and strong in color, insoluble in water, and difficult to change its shape with others. The net reaction formula of its ions is as follows:
\ [Ba ^ {2 + } + SO_ {4} ^ {2 -}\ to BaSO_ {4}\ downarrow\]
From this point of view, the phase of things is not accidental. Each ion, according to its nature, or affinity or sparsity, in the mixture, deduces thousands of changes. The response of alum nitrate is only a spot of ear, but it is clear from a glimpse that the whole leopard, the wonders of chemistry, are all in it.
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