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  1. 6-10. What are the name of the following compounds? a. Ca (OH)2 b.

    a. calcium hydroxide b. iron (II) hydroxide c. zinc hydroxide Generally, "OH" adds "hydroxide" to an inorganic compound's name. Moreover, element names aren't capitalized unless at the beginning of …

  2. Site Map - Exothermic processes Questions and Videos | Socratic

    What is the temperature that oxidize Zinc into Zinc oxide????? For #"barium carbonate"#, #"barium oxide"#, #"magnesium oxide"#, and #"magnesium chloride"#, which salt is likely to exhibit the …

  3. Questions asked by - Socratic

    An oxide of aluminium is formed by the reaction of 4.151g Al with 3.692 g O. How to calculate its empirical formula ? A) How to calculate the theoretical yield of water resulting from the complete …

  4. Question #021e1 - Socratic

    May 15, 2017 · 36 neutrons. One way we have of differentiating between various nuclides of the same element is by writing the name of the element followed by a hyphen and the mass number of the …

  5. Question #e9b55 - Socratic

    There's no name of the discoverer, or rather the inventor. (Calcium oxide doesn't occur naturally, just waiting to be discovered, so it has to be made, hence the word 'inventor') Calcium oxide, or …

  6. Question #70e4e + Example - Socratic

    Please check the text of question. x and y distances are measured from the respective focal points and not from lens. Following formula is known as “Gaussian Lens Formula” 1/O+1/I=1/f where O is object …

  7. Question #138ca - Socratic

    WARNING! Long answer! The molecular formula is "C"_6"H"_5"NO"_2. > I believe the correct vapour density is 61.5. See below. Our first task is to calculate the empirical formula of the compound. The …

  8. A copper wire is wrapped 65 times around an unknown core of

    Feb 29, 2016 · Relative permeability #\mu_r# is 689 which is closer to the value for Manganes-Zinc Ferrite. So the core is likely made of Manganese-Zinc Ferrite.

  9. Question #2b52a - Socratic

    (11,7) We can begin by plotting the points of the line segment PS. Since we know that R is the midpoint of the PS line segment, we can use the midpoint formula to find the coordinate of R The midpoint …

  10. Question #e3cb7 - Socratic

    C) 1:2 First, find the velocities of both masses using the kinetic energy (KE) equation. Then, use the linear momentum (P) formula to find momentum for each of the masses. Lastly, find their ratio. …