The photo shows that when a clear, colorless solution of lead nitrate is added toa clear, colorless solution of sodium iodide, a yellow solid, lead iodide, forms. read hitrate + sodium iodide> lead jodide + sodium nitrat (solution) (solution) NaNO, (solution) (solid) Pb(NO,), Nal Pbl, -> 6. Explain how the equation shown is not currently a balancec equation. Include conservation of matter in your explanatic NoT

if 23.1g of NaOH ( MM= 40.00g/mol) are added to a 500ML volumetric flask, and water is added to fill the flask, what is the concentration of NaOH in resulting solution?

You are asked to determine the percentage of the components of a mixture containing sodium iodide, NaI, magnesium hydroxide, Mg(OH)2, and barium sulfate, BaSO4. The total mass of your mixture sample is 4.82g. First  you  extracted the NaI from the mixture with water and filtered insoluble Mg(OH)2 and BaSO4 from the solution, containing the NaI. After evaporating and drying the filtrate, you find that you have recovered 0.95g of NaI. When you react the insoluble residue of Mg(OH)2 and BaSO4 with 3M HCl, the Mg(OH)2 dissolves. After  decanting the supernatant liquid containing aqueous MgCl2 from the insoluble BaSO4 and drying the solid, you recover 2.04g of BaSO4. Finally you add 3M KOH solution to the aqueous solution to precipitate the Mg(OH)2. After filtering thesolution and drying the precipitate, you recovered 1.21g of Mg(OH)2.   Calculate the percent Mg(OH)2 in the original sample mixture.

You are asked to determine the percentage of the components of a mixture containing sodium iodide, NaI, magnesium hydroxide, Mg(OH)2, and barium sulfate, BaSO4. The total mass of your mixture sample is 4.82g. First  you  extracted the NaI from the mixture with water and filtered insoluble Mg(OH)2 and BaSO4 from the solution, containing the NaI. After evaporating and drying the filtrate, you find that you have recovered 0.95g of NaI. When you react the insoluble residue of Mg(OH)2 and BaSO4 with 3M HCl, the Mg(OH)2 dissolves. After  decanting the supernatant liquid containing aqueous MgCl2 from the insoluble BaSO4 and drying the solid, you recover 2.04g of BaSO4. Finally you add 3M KOH solution to the aqueous solution to precipitate the Mg(OH)2. After filtering thesolution and drying the precipitate, you recovered 1.21g of Mg(OH)2.

9 and 14

Be sure to specify states such as (aq) or (s). If a box is not needed leave it blank. When aqueous solutions of sodium phosphate and calcium iodide are combined, solid calcium phosphate and a solution of sodium iodide are formed. The net ionic equation for this reaction is: + +

A 38.5 mL sample of 0.875M AgNO3 solution is mixed with 51.0mL sample of 0.744M NaCl solution. The AgCl precipitated has a mass of 2.06g. Calculate the limiting reactant, the theoretical yield, and the percent yield.AgNO3 (aq) + NaCl (aq) ---> AgCl (s) + NaNO3 (aq)

Complete the table below by deciding whether a precipitate forms when aqueous solutions A and B are mixed. If a precipitate will form, enter its empirical formula in the last column. Does a precipitate form when A and B empirical formula of solution A solution B precipitate are mixed? ammonium sulfide copper(II) nitrate O yes O no potassium chloride ammonium nitrate O yes O no iron(II) iodide zinc sulfate O yes O no

Please don't provide handwriting solution

A reaction is carried out by mixing together a solution of HF and a solution of NaOH. HF (aq) + NaOн (аq) —> н,О (1) Assume the purple particles below each represent 1 mole of particles. Construct the balanced net ionic equation by dragging the purple components into the gray boxes. Drag each unreacted spectator ion along with its balancing coefficient into the blue box that represents the aqueous solution. Remember when you identify spectator ions to look carefully at what changes chemically! + NaF (aq)