One possible pathway from Ch4 to ch2cooh is as follows:
Ch4 → Ch3 (methane)Ch3 → Ch2=CH2 (ethene or ethylene)Ch2=CH2 → Ch3CHO (acetaldehyde)Ch3CHO → Ch3COOH (acetic acid or vinegar)Ch3COOH → Ch2COOH (acetic acid or vinegar)
So, the pathway from Ch4 to ch2cooh involves the conversion of methane to ethylene, then to acetaldehyde, followed by acetic acid, and finally to acetic acid (CH3COOH).
One possible pathway from Ch4 to ch2cooh is as follows:
Ch4 → Ch3 (methane)Ch3 → Ch2=CH2 (ethene or ethylene)Ch2=CH2 → Ch3CHO (acetaldehyde)Ch3CHO → Ch3COOH (acetic acid or vinegar)Ch3COOH → Ch2COOH (acetic acid or vinegar)So, the pathway from Ch4 to ch2cooh involves the conversion of methane to ethylene, then to acetaldehyde, followed by acetic acid, and finally to acetic acid (CH3COOH).