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The formation of lithium fluoride

  1. Reacting masses41. 2Li + F2 à 2LiF a. Show that 31 g of Lithium produces approximately 115 g of lithium fluoride b. Show that
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  2. Reacting masses41. 2Li + F2 à 2LiF a. Show that 31 g of Lithium produces approximately 115 g of lithium fluoride b. Show that
    1. answers icon 1 answer
    2. views icon 26 views
  3. Reacting masses41. 2Li + F2 à 2LiF a. Show that 31 g of Lithium produces approximately 115 g of lithium fluoride b. Show that
    1. answers icon 1 answer
    2. views icon 15 views
  4. The formation of lithium fluoride (seen here) is due toResponses A a stronger pull by the lithium atom on its valence electron.
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  5. The molar mass of Lithium Fluoride (LiF) is 25.9 grams/mol. How many grams are in 8.0 moles of Lithium Fluoride? Explain
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  6. Fluorine forms a binary ionic compound with lithium. During the reaction, a lithium atom transfers an electron to fluorine.What
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    2. e asked by e
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  7. Which of the following is most similar to a hydrogen ion, H+ ?(1 point) Responses A proton, p+ A proton, p raised to the plus
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    2. n asked by n
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  8. HOW MANY GRAMS OF LITHIUM DO YOU NEED TO REACT WITH 2.5 X 10^24 FLUORINE MOLECULES TO PRODUCE LITHIUM FLUORIDE?
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    2. LYNSEY asked by LYNSEY
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  9. Hello I understand How to do empirical problems, but the way this problem is worded has me so confused.when 1.00g lithium metal
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    2. Elizabeth asked by Elizabeth
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  10. Lithium fluoride is used as a flux in the production of ceramics and glazes. Given their location on the periodic table,
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