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8.3.6 Required Practical: Identifying Ions

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This practical involves using a series of chemical tests to identify the ions present in various solutions. The tests include flame tests and test tube reactions.

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Flame Test

  1. Weigh Out the Sample: Measure 2 g of a metal oxide powder containing an unknown metal ion.
  2. Perform the Flame Test:
  • Use a splint to scoop up a small amount of the metal oxide powder.
  • Place the splint with the powder into the flame of a Bunsen burner.
  • Observe and record the colour of the flame.
  • Use the flame colour to identify the metal ion present.
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Test Tube Reactions 3. Prepare Samples:

  • Set up 5 beakers, each containing a solution with an unknown ion.
  • From each beaker, take 5 samples and add each to a separate test tube.
  1. Perform Reactions:
  • Test 1: Add an equal volume of sodium hydroxide (NaOH)(NaOH) to the first test tube.
  • Test 2: Add an excess volume of sodium hydroxide (NaOH) to the second test tube.
  • Test 3: Add dilute sulfuric acid \ceH2SO4\ce{H2​SO4}to the third test tube, collect any gas given off, and bubble it through lime water.
  • Test 4: Add a solution of silver nitrate \ce(AgNO3)\ce{(AgNO3​)} to the fourth test tube to test for halide ions.
  • Test 5: Add a solution of barium chloride \ce(BaCl2)\ce{(BaCl2​)} to the fifth test tube to test for sulfate ions.

Record Observations:

  • Note your observations for each reaction in a table like this: | Beaker | Observation with NaOHNaOH | Excess NaOHNaOH | Dilute Acid and Lime Water | AgNO3AgNO₃ | BaCl2BaCl₂ | |---|---|---|---|---|---| | A | | | | | | | B | | | | | | | C | | | | | | | D | | | | | | | E | | | | | |
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