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No, starch can not break down fat. they are different bio-molecules.
Amylases (enzymes) break down or degrade starch.
The two chemichaals that break down starch are duodenom and pancreas.
Increasing the temperature of a solvent speeds up the movement of its particles. This increase cause more solvent particles to bump into the solute. As a result, solute particles break loose and dissolve faster.Temperature often affects solubility rates. Endothermic stuff tends to go faster in warm, and exothermic stuff tends to go faster in cool.
Salt dissolves faster in hot water because of kinetics. A particle at a higher temperature has more energy and thus will move faster, causing the bonds holding it together to break faster, dissolving the salt crystal faster.
higher than 35 degrees.
No, starch can not break down fat. they are different bio-molecules.
Amylases (enzymes) break down or degrade starch.
The kinetic theory of matter states that all molecules are made up of a large number of tiny atoms or molecules, which are in continuous motion. So the molecules in the liquid are in continuous motion. This motion is measured as kinetic energy, or temperature. So temperature is the measure of average kinetic energy. Note the "average". Some of the molecules move faster, some move slower. Those that are faster eventually break free of their bonds to become gasses. If temperature is increased, then the molecules move about faster, and therefore more of them break free of their bonds.
the engine gets hotter and that makes the temperature rise and could sometimes break down the car if it is to high
Heat helps to break down molecules so the hotter the the solvent the the easier it is for the solute molecules to break down. Increase in pressure also increases solubility in terms of gasses.
The two chemichaals that break down starch are duodenom and pancreas.
Starch
Alcohol evaporates readily. Evaporation is a cooling process. The faster moving (hotter) molecules break free and leave with their energy leaving the slower molecules behind.
It remains constant because the energy that it being put in to make it hotter is not making it hotter it is now being used to break the bonds that hold atoms together. This is called LATENT HEAT.
The heat energy is being used to break bonds between the molecules.
Increasing the temperature of a solvent speeds up the movement of its particles. This increase cause more solvent particles to bump into the solute. As a result, solute particles break loose and dissolve faster.Temperature often affects solubility rates. Endothermic stuff tends to go faster in warm, and exothermic stuff tends to go faster in cool.