Q1) The name of S6Cl₂ is a) hexasulfur bichloride d) heptasulfur dichloride **** b) hexasulfur dichlorine e) hexasulfur dichloride Q2) Consider the following reaction 2A1+ 3Cl2-2AICI3 What is the maximum weight of AlCl3 (M.Wt. 133.5) that could be obtained from a mixture 0.750 mole of Al and 1.05 mole of Cl₂? a) 100 g b) 90.4 g c) 106 g c) hexasulfide dichloride d) 93.4 g e) none of the above
Q1) The name of S6Cl₂ is a) hexasulfur bichloride d) heptasulfur dichloride **** b) hexasulfur dichlorine e) hexasulfur dichloride Q2) Consider the following reaction 2A1+ 3Cl2-2AICI3 What is the maximum weight of AlCl3 (M.Wt. 133.5) that could be obtained from a mixture 0.750 mole of Al and 1.05 mole of Cl₂? a) 100 g b) 90.4 g c) 106 g c) hexasulfide dichloride d) 93.4 g e) none of the above
Organic Chemistry: A Guided Inquiry
2nd Edition
ISBN:9780618974122
Author:Andrei Straumanis
Publisher:Andrei Straumanis
Chapter4: Polar Bonds, Polar Reactions
Section: Chapter Questions
Problem 4E
Related questions
Question
![Q1) The name of S6Cl₂ is
a) hexasulfur bichloride
d) heptasulfur dichloride
****
ad inds
b) hexasulfur dichlorine
e) hexasulfur dichloride
c) 106 g
Q2) Consider the following reaction 2A1+ 3Cl2 → 2AlCl3
What is the maximum weight of AlCl3 (M.Wt. 133.5) that could be obtained from a mixture 0,750 mole
of Al and 1.05 mole of Cl₂?
a) 100 g
b) 90.4 g
d) 93.4 g
All.
c) hexasulfide dichloride
e) none of the above](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9378fd16-9aec-4e4f-9064-2edb300c1c7a%2Fcd822be8-3997-4516-8ba3-f8c050d418d8%2Focxc3a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q1) The name of S6Cl₂ is
a) hexasulfur bichloride
d) heptasulfur dichloride
****
ad inds
b) hexasulfur dichlorine
e) hexasulfur dichloride
c) 106 g
Q2) Consider the following reaction 2A1+ 3Cl2 → 2AlCl3
What is the maximum weight of AlCl3 (M.Wt. 133.5) that could be obtained from a mixture 0,750 mole
of Al and 1.05 mole of Cl₂?
a) 100 g
b) 90.4 g
d) 93.4 g
All.
c) hexasulfide dichloride
e) none of the above
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