Saturated triglycerides are packed more closely together than are unsaturated triglycerides (whose hydrocarbon tails are kinked). So, the saturated triglycerides are more likely to be solid at room temperature, as opposed to the unsaturated triglycerides. Explanation: Saturated lipids are totally different<span> than unsaturated lipids </span>as a result of they're<span> packed </span>along<span> since there </span>aren't any<span> double bonds </span>at intervals<span> the chain. Unsaturated fats have double bonds with </span>a sequence<span> of carbon that causes non-linear chains that cant block arteries </span>as a result of they are not<span> compacted </span>the maximum amount. <span>saturated fats- </span>are equally crammed with atomic number 1, therefore, they are able to keep<span> solid at </span>temperature.
<span>Unsaturated fats- </span>are<span> unable to be solidified at </span>temperature<span> unless somebody manually solidifies it. </span>it'll<span> not </span>keep coagulated<span> for </span>terribly<span> long at </span>space<span> temperature.</span>
Saturated triglycerides are packed more closely together than are unsaturated triglycerides (whose hydrocarbon tails are kinked). So, the saturated triglycerides are more likely to be solid at room temperature, as opposed to the unsaturated triglycerides.