Question: answer observation, reaction type, and write a balanced equation please Introcinctiom - Complete the reactions on each slide. - Record your observations of the reactants

 answer observation, reaction type, and write a balanced equation please Introcinctiom
- Complete the reactions on each slide. - Record your observations of
the reactants before the reaction takes place and the products after the
reaction is complete. - Write the balanced equation and include state symbois
(\{s), (i), (g), (aq)) for each reactant and product - Label each
answer observation, reaction type, and write a balanced equation please

Introcinctiom - Complete the reactions on each slide. - Record your observations of the reactants before the reaction takes place and the products after the reaction is complete. - Write the balanced equation and include state symbois (\{s), (i), (g), (aq)) for each reactant and product - Label each reaction as: Synthesis. Decomposition Single-replacement Double-replacement Combustion "You will have to predict the products for each reaction in order to write the balanced equation. Reaction \#1 Place a plece of zinc in a test tube. Add about 2mL of silver nitrate. Wait one minute and observe. Discard the extra zinc in the garbage can. Wash solution down the sink. Reaction \#1 Place a piece of zinc in a test tube. Add about 2mL of silver nitrate. Wait one minute and observe. Discard the extra zinc in the garbage can. Wash solution down the sink. Observations: Reaction Type: Balanced Equation: Reaction \#2 Add 2mL of lead (II) nitrate to a test tube and then 2mL of potassium iodide to the same test tube. Observe. Pour contents into waste beaker at your lab table. Rinse the tube with lots of water. Beaction \#2 Add 2mL of lead (II) nitrate to a test tube and then 2mL of potassium iodide to the same test tube. Observe. Pour contents into waste beaker at your lab table. Rinse the tube with lots of water. Beaction \#s Place about 5g of sodium bicarbonate in a 125mL flask. Place a watch glass over the opening of the flask. Using a ring stand, ring clamp, wire gauze, and Bunsen burner, heat the flask containing sodium bicarbonate. Now remove the watch glass with tongs and place a lit wooden splint into the flask and observe. Gently shake the contents of the flask. Observe. Carefully remove the flask from the ring stand set-up. Set the hot flask on the table. The products of this reaction are sodium carbonate, carbon dioxide, and water. Reaction \#3 Place about 5g of sodium bicarbonate in a 125mL flask. Place a watch glass over the opening of the flask. Using a ring stand, ring clamp, wire gauze, and Bunsen burner, heat the flask containing sodium bicarbonate. Now remove the watch glass with tongs and place a lit wooden splint into the flask and observe. Gently shake the contents of the flask. Observe. Carefully remove the flask from the ring stand set-up. Set the hot flask on the table. The products of this reaction are sodium carbonate, carbon dioxide, and water. Reaction \#4 Using tongs, place a piece of copper into a Bunsen burner flame and observe. Simply dispose of the product ir the garbage. Reaction \#4 Using tongs, place a piece of copper into a Bunsen burner flame and observe. Simply dispose of the product in the garbage. Reaction \# Place a pipette-full of methanol (CH4OH) on a watch glass. Light the liquid with a lighter and observe. Do not touch the watch glass. Leave dish in place for the next group - do not wash it

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