Which ions are guaranteed to be in the final solution when an aqueous solution of magnesium nitrate and an aqueous solution of lithium phosphate are mixed?
lithium ion |
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magnesium ion |
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phosphate ion |
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lithium and phosphate ions |
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nitrate ion |
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magnesium and nitrate ions |
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phosphate and nitrate ions |
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magnesium and nitrate and lithium and phosphate ions |
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lithium ion and nitrate ion |
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magnesium and lithium ions |
The
product is highlighted within the rectangle, and the ions are given
there.
So, ions in final solution is : lithium ion and nitrate ion.
Which ions are guaranteed to be in the final solution when an aqueous solution of magnesium...
Which ions remain in solution, unreacted, after each of the following pairs of solutions is mixed? Express your answer as an ion. If there is more than one answer, separate them by a comma. A)potassium carbonate and magnesium sulfate B)lead nitrate and lithium sulfide C)ammonium phosphate and calcium chloride
What is the total concentration of phosphate ions in a 1.0 M aqueous solution of magnesium phosphate?
7) Indicate which are the most abundant particle, ions or molecules for aqueous solutions of the following compounds. Write the formulas of the predominant species in the space at the right. molecules ions Solution Inventory (Predominant Species) magnesium acetate C2H60(aq) potassium iodide sodium hydroxide acetic acid aqueous ammonia lithium sulfide nickel (III) nitrate HCHO2(aq) ammonium sulfate lithium oxalate perchloric acid --------
Hard water often contains dissolved calcium ion and magnesium ions. One way to soften water is to add phosphate salts. The phosphate ion forms insoluble precipitates with calcium and magnesium ions, removing them from solution. Suppose that a solution is 5.5×10−2 M in calcium chloride and 9.5×10−2 M in magnesium nitrate. What mass of sodium phosphate would have to be added to 11.5 L of this solution to completely eliminate the hard water ions? (Assume complete reaction.)
375 mL of a 0.150 M aqueous solution of silver (I) nitrate is mixed with 125 mL of a 0.125 M aqueous solution of sodium phosphate. Calculate the mass of precipitate that forms and the final concentration of each ion in the mixed solution. Volumes are additive and the precipitation reaction goes to completion. Can you show all work for calculating the final concentration of each ion in the reaction including Ag, NO3^-1, Na and PO4^-3
Which aqueous solution has the lowest vapor pressure? 0.2 molal calcium nitrate 0.2 molal magnesium sulfate 0.2 molal methanol 0.2 molal potassium phosphate
. The concentration of magnesium, calcium, and nickel(II) ions in an aqueous solution are 0.0010 M. (a) In what order to they precipitate when potassium hydroxide is added?; (b) determine the pH at which each salt will precipitate. The molarity of CrO42– in a saturated Tl2CrO4 solution is 6.3×10–5 mol·L–1, what is the Ksp of Tl2CrO4?
An aqueous solution of sodium sulfate is reacted with an aqueous solution of lead(II) nitrate. a. Write out the balanced reaction when sodium sulfate is reacted with lead(II) nitrate. Include ph. b. What is the precipitate in the above reaction? 2. A forensic scientist wishes to identify an unknown salt powder discovered at a crime scene. She has reas to believe the sample is either cesium chloride, lithium acetate or aluminum perchlorate. She chooses to identify it by reacting with...
the concentrations of magnesium and carbonate ions in a saturated aqueous solution of MgCO3 are both 0.00632M. Calculate the solubility constant product, Ksp, for MgCO3.
Which ONE of the following aqueous solutions will contain the highest total concentration of dissolved ions (assume 100% ionized and hydrated)? (A) 0.5 M Aluminium nitrate (B) 1.0 M Sodium iodide (C) 1.5 M Sodium dihydrogen phosphate (D) 2.0 M Hydrochloric acid (E) 2.5 M Lithium bromide