Question

Who get mote prefrence double bond or Ch3 functional group​

Answer 1

Explanation:

The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon. ... Because the higher priority groups are across the double bond from each other, the molecule is given the "E" designation.

Hope it well help you

Answer 2

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 3

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 4

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 5

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 6

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 7

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 8

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.

Answer 9

$\Huge{\textbf{\textsf{{\color{Magenta}{❥}}{\red{A}}{\purple{n}}{\pink{s}}{\blue{w}}{\green{e}}{\red{r}}{\purple{꧂}}{\color{pink}{↷}}}}}$

The longest carbon chain is carbons long (thus " "), and the double bond makes it an alkene (thus " "). The highest priority functional group is the double bond, and the carbon chain must be numbered such that this functional group is given the lowest number carbon.