The formula of allicin, the compound responsible for the smell of garlic, is C6H100S2 correct number of sig figs. The molar mass of allicin is 162 g/mol. A sample of allicin contains 3.06x1024 atoms of carbon. a) How many moles of allicin are present? mol b) How many grams of allicin are present?
The formula of allicin, the compound responsible for the smell of garlic, is C6H100S2 correct number of sig figs. The molar mass of allicin is 162 g/mol. A sample of allicin contains 3.06x1024 atoms of carbon. a) How many moles of allicin are present? mol b) How many grams of allicin are present?
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The formula of allicin, the compound responsible for the smell of garlic, is C6H100S2 .
correct number of sig figs.
The molar mass of allicin is
162
g/mol.
A sample of allicin contains 3.06x1024 atoms of carbon.
a) How many moles of allicin are present?
mol
b) How many grams of allicin are present?
Note: For the possibility of partial credit, you should submit a copy of your work in a
Assignment drop box immediately after submitting the test. Be sure to clearly indicat
paper. While optional, this upload is strongly recommended."
Transcribed Image Text:OLLEGE
The formula of allicin, the compound responsible for the smell of garlic, is C6H100S2 .
correct number of sig figs.
The molar mass of allicin is
162
g/mol.
A sample of allicin contains 3.06x1024 atoms of carbon.
a) How many moles of allicin are present?
mol
b) How many grams of allicin are present?
Note: For the possibility of partial credit, you should submit a copy of your work in a
Assignment drop box immediately after submitting the test. Be sure to clearly indicat
paper. While optional, this upload is strongly recommended.
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Step 1
Given that :
The molar mass of allicin = 162 g/mol
Number of atoms of carbon = 3.06 x 1024 atoms
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