An unsaturated fatty acid resulting from hydrogenation is known as

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Multiple Choice

An unsaturated fatty acid resulting from hydrogenation is known as

Explanation:
Hydrogenation adds hydrogen to the double bonds of unsaturated fats to make them more stable and solid. If the process is incomplete, some cis double bonds can be converted to the trans configuration, producing a trans fatty acid. This trans form is what we call trans fat, and it tends to act more like saturated fat in the body, with implications for cholesterol and heart health. Omega-3 fatty acids are a natural polyunsaturated type with a specific double-bond arrangement and aren’t created by hydrogenation. Cis fats describe the natural orientation of most unsaturated fats, which hydrogenation can alter to trans but does not produce as the stated product.

Hydrogenation adds hydrogen to the double bonds of unsaturated fats to make them more stable and solid. If the process is incomplete, some cis double bonds can be converted to the trans configuration, producing a trans fatty acid. This trans form is what we call trans fat, and it tends to act more like saturated fat in the body, with implications for cholesterol and heart health. Omega-3 fatty acids are a natural polyunsaturated type with a specific double-bond arrangement and aren’t created by hydrogenation. Cis fats describe the natural orientation of most unsaturated fats, which hydrogenation can alter to trans but does not produce as the stated product.

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