Flow Diagram for Mixtures You are given a mixture of three solids: AgCl, NaCl, and PbCl2. The following information is important. NaCl is soluble in hot and cold water. AgCl is insoluble in hot or cold water. PbCl2 is soluble in hot water and insoluble in cold water. Using this information, complete a flow diagram for their separation. NaCl, AgCl, PBC12 Step 1. Add cold water and filter. Pocla Step 3. Add hot water and filter Step 2. Heat to dryness. Step 4. Dry Step 5. Cool solution and filter. Step 6. Dry On the back of this page create another flow diagram for a mixture of the same three solids--AgCl, NaCI, and PbCl2. In your separation this time, Step 1 is adding hot water. Be sure to include all steps and finish with the three solids, each separate and dry.
Flow Diagram for Mixtures You are given a mixture of three solids: AgCl, NaCl, and PbCl2. The following information is important. NaCl is soluble in hot and cold water. AgCl is insoluble in hot or cold water. PbCl2 is soluble in hot water and insoluble in cold water. Using this information, complete a flow diagram for their separation. NaCl, AgCl, PBC12 Step 1. Add cold water and filter. Pocla Step 3. Add hot water and filter Step 2. Heat to dryness. Step 4. Dry Step 5. Cool solution and filter. Step 6. Dry On the back of this page create another flow diagram for a mixture of the same three solids--AgCl, NaCI, and PbCl2. In your separation this time, Step 1 is adding hot water. Be sure to include all steps and finish with the three solids, each separate and dry.
Chemistry
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Chapter1: Chemical Foundations
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How do fill in the Flow Diagram for the Mixtures using the information presented?
Transcribed Image Text:Name queline Delgadillo
Flow Diagram for Mixtures
You are given a mixture of three solids: AgCl, NaCI, and PbCl2. The
following information is important.
Nacl is soluble in hot and cold water.
AgCl is insoluble in hot or cold water.
PbCl2 is soluble in hot water and insoluble in cold water.
Using this information, complete a flow diagram for their separation.
NaCl, AgCl, PBC22|
Step 1. Add cold water and filter.
Pocla
Pocla
Step 3. Add hỏt water
and filter
Step 2. Heat
to dryness.
Step 5. Cool solution
and filter.
Step 4. Dry
Step 6. Dry
On the back of this page create another flow diagram for a mixture of the
same three solids--AgCl, NaCI, and PbCl2. In your separation this time,
Step 1 is adding hot water. Be sure to include all steps and finish with
the three solids, each separate and dry.
Expert Solution
Step 1 Separating the three compounds:
Characteristics of three compounds:
1. NaCl is soluble in both hot and cold water .
Step I: when we add cold water to the mixture,
a. NaCl dissolves in the water.
b. AgCl and PbCl2 remains insoluble.
Hence, when we filter the solution, AgCl and PbCl2 are obtained as precipitate on filter paper but NaCl remains in filtrate (water) as NaCl (aq) .
Step 2: Now if we heat the filtrate to dryness, all the water evaporates but dry solid sodium chloride NaCl (s) is left behind.
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Transcribed Image Text:On the back of this page create another flow diagram for a mixture of the
same three solids--AgCl, NaCl, and PbCl2. In your separation this time,
Step 1 is adding hot water. Be sure to include all steps and finish with
the three solids, each separate and dry.
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