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Figure

1 of 1The diagram shows a schematic process of mixing two solutions. In the upper part of the scheme, there are two beakers labeled A and B to be mixed. Beaker A contains blue and yellow floating particles. Beaker B contains red and green floating particles. There are four possible products of mixing in four beakers. The first beaker contains red, blue, green, and yellow floating particles. The second beaker contains the precipitate formed from red and yellow particles and blue and green floating particles. The third beaker contains the precipitate formed from red and blue particles and yellow and green floating particles. The fourth beaker contains the precipitate formed from green and yellow particles and red and blue floating particles. The yellow particles stand for Na plus ions. The blue particles stand for Cl minus ions. The red particles stand for Ag plus ions. The green particles stand for NO3 minus ions.

(2) Natcr AgNO3

1.

If an insoluble salt forms, write the ionic equation.

Express your answer as a chemical equation. Identify all of the phases in your answer. Enter noreaction if no precipitate is formed.

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Answer #1

22 solution: 0 Ag cl ( silver chloride) from because it is in soluble it is white in colour. a precipitate. in water and 1 Io

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