1.600g of a metallic oxide

  1. 1.600g of a metallic oxide of type MO were dissolved in100mL 1.0M HCl. The resulting liquid was made up to 500mL with distilled
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  2. When 1.187g of a metallic oxide is reduced with excess hydrogen, 1.054g of the metal is produced. How do you determine what the
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  3. 1.1 Explain the difference in how thermal energy is conducted along a solid non-metallicrod and along a metallic rod. [3]
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  4. As you move from left to right on the periodic table, elements change from ... ?a. Thermal to non-thermal. b. Insulative to
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  5. Two oxides of lead were separately reduced to metallic lead by heating in a current of hydrogen and the following data obtained
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  6. Aluminum oxide is formed from the reaction of metallic aluminum with oxygen gas. How many moles of Aluminum are needed to form
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  7. A mineral that contains carbon, oxygen, and the metallic element magnesium would be classified as _____.a carbonate a silicate
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  8. A particular metallic element, M, has a heat capacity of 0.36 J*g*K, and it forms an oxide that contains 2.90 grams of M per
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  9. A particular metallic element, M, has a heat capacity of 0.36 J*g*K, and it forms an oxide that contains 2.90 grams of M per
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  10. Write the balanced equation for vandadium (II) oxide with iron (III) oxide results in vanadium (V) oxide and iron (II) oxide.2VO
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    2. Hayden asked by Hayden
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