GC Scan. You can answer questions from GC Scan

3. A GC scan was done following the dehydration of 2-methylcyclohexanol. Perform an analysis of the GC scan on the next page. Peak $A$ is 3-methylcyclohexene and Peak $B$ is 1-methylcyclohexene. $85% H_{3} PO_{4}$ and a. Using a chart speed of $1.8 cm / min$ , calculate the retention times of $A$ and $B$ ( 4 points). Use ruler to measure from 0 mark on $X$ -axis to center of peak (in $cm$ ) Retention time $= ($ distance traveled by peak) $\times (1/ c ha r t s p ee d);$ for ex. $8 cm \times 1 min /2.0 cm = 4 minutes$

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GC Scan. You can answer questions from GC Scan

3. A GC scan was done following the dehydration of 2-methylcyclohexanol. Perform an analysis of the GC scan on the next page. Peak

A

is 3-methylcyclohexene and Peak

B

is 1-methylcyclohexene.

85% H_{3} PO_{4}

and a. Using a chart speed of

1.8 cm / min

, calculate the retention times of

A

and

B

( 4 points). Use ruler to measure from 0 mark on

X

-axis to center of peak (in

cm

) Retention time

= (

distance traveled by peak)

\times (1/ c ha r t s p ee d);

for ex.

8 cm \times 1 min /2.0 cm = 4 minutes

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