Hex-3-ene (C,H,2, molar mass = 84.16 g/mol) can be formed from 2 equivalents of but-1-ene (C,Hg, molar mass = 56.11 g/mol) using a process called alkene metathesis. Assuming the reaction yield is 100%, how many grams of but-1-ene starting material do you need to add to produce 4.56 g of hex-3-ene product? A) 6.08 g B) 3.04 g C) 1.52 g D) 9.12 g
Hex-3-ene (C,H,2, molar mass = 84.16 g/mol) can be formed from 2 equivalents of but-1-ene (C,Hg, molar mass = 56.11 g/mol) using a process called alkene metathesis. Assuming the reaction yield is 100%, how many grams of but-1-ene starting material do you need to add to produce 4.56 g of hex-3-ene product? A) 6.08 g B) 3.04 g C) 1.52 g D) 9.12 g
Organic Chemistry
8th Edition
ISBN:9781305580350
Author:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Publisher:William H. Brown, Brent L. Iverson, Eric Anslyn, Christopher S. Foote
Chapter5: Alkenes: Bonding, Nomenclature, And Properties
Section: Chapter Questions
Problem 5.31P
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Hex-3-ene (C,H,2, molar mass =
121
84.16 g/mol) can be formed from
2 equivalents of but-1-ene (C,H3,
molar mass = 56.11 g/mol) using a
process called alkene metathesis.
Assuming the reaction yield is
100%, how many grams of but-1-ene
starting material do you need to
add to produce 4.56 g of hex-3-ene
product?
A) 6.08 g
B) 3.04 g
C) 1.52 g
D) 9.12 g](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3c0ae65-4cd7-4cd1-8db5-630841f452d4%2F992baa4c-98c7-4f26-8cf1-0d102365d8c9%2Fx58jdci_processed.jpeg&w=3840&q=75)
Transcribed Image Text:7:42 &
People
Question 33 of 35
Submit
Hex-3-ene (C,H,2, molar mass =
121
84.16 g/mol) can be formed from
2 equivalents of but-1-ene (C,H3,
molar mass = 56.11 g/mol) using a
process called alkene metathesis.
Assuming the reaction yield is
100%, how many grams of but-1-ene
starting material do you need to
add to produce 4.56 g of hex-3-ene
product?
A) 6.08 g
B) 3.04 g
C) 1.52 g
D) 9.12 g
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