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At temperatures above 930 ∘C, PbO reduces PbS to form

  1. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
    1. answers icon 3 answers
    2. ani asked by ani
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  2. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
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    2. kaken asked by kaken
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  3. HELP!!!At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2.
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    2. T asked by T
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  4. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
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    2. Anonychem asked by Anonychem
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  5. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
    1. answers icon 1 answer
    2. Anonymous asked by Anonymous
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  6. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
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    2. please check my ans.(744.18 hour).... asked by please check my ans.(744.18 hour)....
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  7. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
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    2. mangozier asked by mangozier
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  8. At temperatures above 930 C, reduces to form metallic lead . The byproduct of the reaction is . Calculate the amount of lead
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    2. User asked by User
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  9. At temperatures above 930 ∘C, PbO reduces PbS to form metallic lead (Pb). The byproduct of the reaction is SO2. Calculate the
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    2. pls check it..urgent(limiting reagent) asked by pls check it..urgent(limiting reagent)
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  10. At temperatures above 930 degrees Celsius, lead oxide (PbO) reduces lead sulfide (PbS) to form metallic lead (Pb) and sulfur
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    2. lef asked by lef
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