1. write out the ion formulas for the components of iron (ii) ammonium sulfate and show...
1. When iron(II) ammonium sulfate is dissolved in water, it dissociates into its component ions. () → () + ( ) + ( ) 2. When oxalic acid is added, the iron (II) ions precipitate as iron(II) oxalate dihydrate. Fe2+ (aq) + (aq) + __H20 (1) ► ( ) + _ H(aq) 3. Next, potassium oxalate is added to the washed precipitate. Potassium oxalate dissociates into its ions in solution. At high oxalate concentrations, iron (II) oxalate combines with another...
Write the formulas, showing the overall charge, on the following complexes: a. An iron(II) ion is bound to six ammonia molecules. b. A zinc ion is bound to four cyanide ions. c. A manganese(II) ion is bound to six fluoride ions. d. An iron(III) ion is bound to six cyanide ions. e. A cobalt(II) ion is bound to four chloride ions. f. A nickel(II) ion is bound to four ammonia molecules and two water molecules.
Q43. Write formulas for the following cations: a. Potassium: b. calcium: c. ammonium: d. lead(II) : e. copper(I) : f. zinc: g. titanium(IV) : h. silver: i. nickel(III): j. hydrogen: k. tin(II) : l. mercury(II) : m. iron(III) : Q44. Write formulas for the following anions: a. fluoride: b. oxide: c. iodide: d. carbonate: e. hydrogen carbonate: f. phosphate: g. sulfide: h. sulfate: i. nitride: j. nitrate: k. phosphide: l. chloride:
Study Exercise 1 Name Write the formula for each ion on the line below en compound formed by the combination of the ions. ion on the line below each name, then fill in the blanks with the correct formula and name of the Chloride Hydroxide Nitrate Sulfide Sulfate Phosphate Sodium Copper (I) Ammonium Calcium Ferrous [Iron (II)] Ferric (Iron (III)] Aluminum
A solution of iron (II) sulfate was prepared by dissolving 10.00g of FeSO4-7H20 (FW= 277.9) in water and diluting up to a total volume of 250 ml. The solution was left to stand, exposed to air, and some of the iron (II) ions became oxidized to Iron (III) ions. a 25.0 ml sample of this partially oxidized solution required 23.70 ml of 0.0100M potassium dichromate K2Cr2O7 solution for complete reaction in the presence of dilute sulfuric acid. Calculate the percentage...
2.5g of AR ammonium iron (ll) sulfate hexahydrate crystals are dissolved in 40mL of 1M sulfuric acid solution. Solution is then titrated with 6.4mL of 0.02M potassium permanganate (VII) solution. a) Write an overall equation for the reaction. b) How many moles of permanganate are present in the titre value? c) How many moles of Fe^2+ are present in the solution? d) What mass of Fe^2+ is present in the ammonium iron (ll) sulfate hexahydrate? e) What is the percentage...
Which of the following is not soluble in water? A. potassium sulfide B. iron (II) bromide C. iron (III) hydroxide D. iron (III) nitrate E. ammonium sulfate plz explain how to find this
Study Assignment 5, Ionic Formulas Write the formula of each ion on the line below the name of the ion and fill in the boxes with the correct formula of the compound formed by the combination of the ions. Write the names of the compounds below the formula. Aluminum Magnesium Potassium Iron(II) Copper(1) (Cuprous) (Ferrous) A131 K* e24 Bromide Br- Nitrate NO2 Carbonate COR Oxide Sulfite Sor Phosphate PO3-
Write balanced reaction for: a) Iron(III) ion with excess of ammonia in aqueous solution b) Copper(II) ion with excess of ammonia in aqueous solution c) The reaction between copper(II) nitrate and potassium iodide d) The oxidation of chromium(III) to chromate(VI) with hydrogen peroxide in sodium hydroxide solution
Predict products (name and formulas) and write... I LThes and formulas) and write balanced molecular and net ion the following double displacement reactions. "No Reaction" is an option... a. Aqueous ammonium carbonate+ aqueous iro ie cquations ns (including states) for n(II) chloride> b. Aqueous potassium sulfate + aqueous magnesium bromide- c. Aqueous sulfuric acid+ aqueous lithium hydroxide->