B2O3(s) + 3C(s) + 3Cl2

  1. B2O3(s) + 3C(s) + 3Cl2 (g) ---> 2 BCl3(g) + 3CO(g)How many moles of chlorine are used up in a reaction that produced 0.35 kg of
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    2. Julia asked by Julia
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  2. Using the Hess's law calculate the enthalpy change for the systhesis of dibroane from its elements accordingbto the equaruon
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  3. Use the given data and calculate the enthalpy change for the following:a) B2O3(s)+3COCL2(g)--->2BCL3(g)+3CO2(g) b)Hg(l)
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    2. Amber asked by Amber
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  4. I am a parent trying to help with my childs homework. This is the question that has us stuck. Can you assist us?Boron trioxide
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    2. Gina asked by Gina
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  5. Using the hess's law to calculats the enthalpy change for the synthesis of diborane from its element according to equation2B(s)
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  6. Calculate the enthalpy of the reaction of boron trioxide with steam: B2O3(s) + 3H2O(g) → 3O2(g) + B2H6(g)Given: H2O(l) H2(g) +
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    2. Lay asked by Lay
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  7. 2 B5H9(l)+12 O2(g)---->5 B2O3(s)+9 H2O(l)Calculate the kilojoules of heat released per gram (kJ/g) of the compound reacted with
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    2. W asked by W
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  8. From the following data, determine the Heat of formation ofdiborane, B2H6 (g), at standard conditions (all heat in kJ/mol): (1)
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  9. Consider the following reaction:2 B5H9 + 12 O2 => 5 B2O3 + 9 H2O How many grams of B2O3 are made by the reaction of 233.8 g of
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    2. michelle asked by michelle
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  10. Consider two glasses. Glass A has a composition of 5% CaO - 95% B2O3. Glass B has a composition of 15% CaO - 85% B2O3. Both
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    2. Anonymous asked by Anonymous
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