Chapter 18: Q72E (page 1045)
How much \(POC{l_3}\) can form from \(25.0\;g\)of \(PC{l_5}\) and the appropriate amount of \({H_2}O\) ?
Short Answer
The Mass of \(POC{l_3}\) created is \(18.4\;g\).
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Chapter 18: Q72E (page 1045)
How much \(POC{l_3}\) can form from \(25.0\;g\)of \(PC{l_5}\) and the appropriate amount of \({H_2}O\) ?
The Mass of \(POC{l_3}\) created is \(18.4\;g\).
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The electrolysis of molten sodium chloride or of aqueous sodium chloride produces chlorine. Calculate the mass of chlorine produced from 3.00 kg sodium chloride in each case. You may wish to review the chapter on electrochemistry for relevant examples.
How many tons of \(C{a_3}{\left( {P{O_4}} \right)_2}\)are necessary to prepare 5.0 tons of phosphorus if the yield is 90 % ?
Write a formula for each of the following compounds:
(a) Silicon dioxide
(b) Silicon tetra iodide
(c) Silane
(d) Silicon carbide
(e) Magnesium silicide
Write the Lewis structure for each of the following. You may wish to review the chapter on chemical bonding and molecular geometry.
(a)\(P{H_3}\).
(b)\(P{H_4} + \).
(c)\({P_2}{H_4}\).
(d)\(P{O_4}^3 - \)
(e)\(P{F_5}\)
Although \(P{F_5}\) and \(AS{F_5}\) are stable, nitrogen does not form \(N{F_5}\)molecules. Explain this difference among members of the same group.
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