What will precipitate lead

Here's how you can do that. Explanation: You're dealing with a double replacement reaction in which two soluble ionic compounds in aqueous solution react to form an insoluble solid that precipitates out of solution.

Related questions Question fee Question c5c Question 19eb9. Question e2ea2. Question bc Skip to main content Skip to navigation. The experiment should take approximately 20 minutes. Equipment Apparatus Eye protection Student worksheet available for download below Clear plastic sheet eg ohp sheet Chemicals Note Solutions should be contained in plastic pipettes.

Download all. Additional information This resource is part of our Microscale chemistry collection, which brings together smaller-scale experiments to engage your students and explore key chemical ideas.

Level years years. Use Practical experiments Download. Category Properties of matter Reactions and synthesis Ions. Related articles. Topic web Recycling and melting plastics 7—9 years Connect your curriculum teaching on materials to engaging sustainability contexts.

Topic web Saving water and pollution in the water cycle 7—9 years Connect your curriculum teaching on water and the water cycle to engaging sustainability contexts. Exhibition chemistry The movement of ions: bringing electrolysis to life TZ Demonstrate the movement of positive and negative ions with a simpler, safer version of this classic demo.

Load more articles. You're not signed in. You will get complexes formed involving hydroxide ions, but the formulae of these aren't very clear-cut. I am using these particular versions of the equations to keep them in line with the corresponding reaction between lead II oxide and sodium hydroxide solution on the oxides of Group 4 page - also a simplification!

Lead II chloride can be made as a white precipitate by adding a solution containing chloride ions to lead II nitrate solution. You could use things like sodium chloride solution to provide the chloride ions, but it is usually easier just to add some dilute hydrochloric acid. Note: If you add concentrated hydrochloric acid to excess, the lead II chloride precipitate will dissolve again. Complex ions like PbCl 4 2- are produced, and these are soluble in water.