It hydrogenates the double c=c bond to make it a more 'saturated' oil to natural fat.
Saturated natural fats are harder (more solid) then (unsaturated) natural oils.
H2 + (-CH=CH-) --> (-CH2-CH2-)Hydrogenated oils
Hydrogen
HydrogenationDuring hydrogenation, vegetable oils are hardened by reacting them with hydrogen gas at about 60ºC. A nickel catalyst is used to speed up the reaction. The double bonds in the vegetable oils are converted into single bonds. This is the way unsaturated fats can be made into saturated fats.
Hydrogen. The process is called hydrogenation.
The process in which hydrogen is introduced to vegetable oils to make them saturated is known as hydrogenation. This chemical reaction involves adding hydrogen atoms to the unsaturated bonds in the fatty acid chains of the oils, converting them into saturated fats. Hydrogenation can improve the stability and shelf life of oils, but it may also produce trans fats, which are associated with negative health effects.
Trans fats are made when manufactures add hydrogen to the fat molecules in vegetable oils.
Oils that are normally liquid at room temperature are turned into room temperature solids through hydrogenation. Hydrogen gas is bubbled through vegetable oil in the presence of a catalyst, forcing additional hydrogen bonds onto the hydrocarbon.
You need available hydrogen to saturate the c=c carbon double bonds. The presence of a catalyst will help move things along, something like nickel.
Vegetable oil hardens through a process called hydrogenation, where hydrogen atoms are added to the oil molecules. Factors that contribute to this process include temperature, pressure, and the presence of a catalyst such as nickel.
because it does
compound
No, not all vegetable oils are non-electrolytes. Some vegetable oils, such as olive oil and sesame oil, contain small amounts of electrolytes like potassium and magnesium. However, the overall electrolyte content in vegetable oils is low compared to other foods like fruits and vegetables.