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  1. Question #4c074 - Socratic

    A check of a list of solubility rules will confirm that the combination of Ca^ (2+) and PO_4^ (3-) form an insoluble ionic solid called calcium phosphate. The formula for calcium phosphate is Ca_3 (PO_4)_2 …

  2. Answers created by Mrs. Goldcamp - Socratic

    How are nickel, calcium, magnesium, and antimony classified? Are atomic mass, formula mass and molar mass the same thing? I have a confusion regarding significant and rounding off data, What …

  3. Answers created by Kayla - Socratic

    Q&A and Videos that make learning easy. Math, History, Chemistry, Algebra, Calculus, Biology and more.

  4. Question #c9ede - Socratic

    Now, notice that for every #1# mole of calcium fluoride that takes part in the reaction, the reaction consumes #1# mole of sulfuric acid and produces #2# moles of hydrogen fluoride.

  5. How much energy is involved in the reaction of 1.34g of Ca (OH)2?

    Calcium hydroxide is obtained from calcium oxide...and in terms of the lime cycle (which results in the preparation of mortar, and cement, and concrete), this is a very important, and well-studied reaction.

  6. What is the chemical formula of a material? - Socratic

    Jan 7, 2018 · The subscript in the chemical formula represents how many such atom there are....for #H_2O#, there are 2 hydrogen atoms, and 1 oxygen in the molecule. For #C_2H_6#, there are 2 …

  7. Question #485ae - Socratic

    1.80 * 10^(22) "atoms" You should know that in order to get from grams to atoms, you need to go through moles first. So you will need to use the molar mass of barium chloride to convert the sample …

  8. Answers created by Dave - Socratic

    Which compound is INSOLUBLE in water? 1. potassium nitrate 2. calcium carbonate 3. sodium carbonate 4. ammonium chloride HELP WITH HOMEWORK! What would happen to Blood cells in …

  9. Question #d1d9f - Socratic

    The only thing to watch out for is the fact that the concentrations of the calcium cations are not given in the same unit, so you must convert one of them to the units of the other

  10. Question #e6c63 - Socratic

    Explanation: Since the problem gives us the explicit formula, we can simply plug in the values for n: For #a_1#, we know #n=1#, so: #a_1= (-1)^1/ (1)^2=-1# For #a_2 ...