11-59. Titanium dioxide is converted to titanium tet- rachloride by reaction with chlorine gas and carbon according to the equation TiO,(s) + 2 Cl,(g) - 2C(s) → TiCl,(g) +2C01 of CULATION Suppose 50.0 grams of TiO,(s) are reacted with cess Cl (g) and C(s), and 55.0 grams of TiCl,(g) obtained. Calculate the percentage yield of TiCl ilo- PRO ms ill co the se I1.60. Antimony is produced b

Chemistry & Chemical Reactivity
9th Edition
ISBN:9781133949640
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
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Chapter12: The Solid State
Section12.3: Bonding In Ionic Compounds: Lattice Energy
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11-60. Antimony is produced by the
cess Cl, (g) and C(s), and 55.0 grams of TiCl,(g) a
obtained. Calculate the percentage yield of TiCLig
TiO, (s) + 2Cl, (g) + 2 C(s) → TiCl,(g) +2C0
Suppose 50.0 grams of TiO,(s) are reacted with es
11-59. Titanium dioxide is converted to titanium tet-
rachloride by reaction with chlorine gas and carbon
according to the equation
TiO,(s) + 2 Cl2 (g) + 2C(s) –
of
CULATION
ilo-
PROBL
ms
Cl, (g) and C(s), and 55.0
cess
ill
copp
grams
with es
of TICI (g)
se
the r
11-6
to F
959
Transcribed Image Text:11-60. Antimony is produced by the cess Cl, (g) and C(s), and 55.0 grams of TiCl,(g) a obtained. Calculate the percentage yield of TiCLig TiO, (s) + 2Cl, (g) + 2 C(s) → TiCl,(g) +2C0 Suppose 50.0 grams of TiO,(s) are reacted with es 11-59. Titanium dioxide is converted to titanium tet- rachloride by reaction with chlorine gas and carbon according to the equation TiO,(s) + 2 Cl2 (g) + 2C(s) – of CULATION ilo- PROBL ms Cl, (g) and C(s), and 55.0 cess ill copp grams with es of TICI (g) se the r 11-6 to F 959
|1-87. Antimony is usually found in nature as the min
eral stibnite, Sb,S3 (s). Pure antimony can be obtained
by first converting the sulfide to an oxide and then
heating the oxide with coke (carbon). The reaction
equations are
(1) 2 Sb,S, (s) + 9 0,(g) → Sb,O6 (s) + 6 SO2(g)
(2) Sb,O6(s) + 6 C (s) → 4 Sb(s) + 6 CO (g)
How
many kilograms of antimony are obtained from
0.50 kilograms of stibnite?
||-88 A
Transcribed Image Text:|1-87. Antimony is usually found in nature as the min eral stibnite, Sb,S3 (s). Pure antimony can be obtained by first converting the sulfide to an oxide and then heating the oxide with coke (carbon). The reaction equations are (1) 2 Sb,S, (s) + 9 0,(g) → Sb,O6 (s) + 6 SO2(g) (2) Sb,O6(s) + 6 C (s) → 4 Sb(s) + 6 CO (g) How many kilograms of antimony are obtained from 0.50 kilograms of stibnite? ||-88 A
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