The water in the mixture is what dose most of the cooling. when the engine gets hot the heat transfers to cooler object around it such as the air surrounding the engine and the coolant flowing threw the engine. After the coolant gets hot the water pump pushes the coolant threw the radiator. once the coolant gets to the radiator air flows threw the fins of the radiator and it cools the coolant inside. the antifreeze chemically raises the boiling point of the water so it can absorb heat at temperatures higher than boiling point. the coolants also lowers the freezing point so that the water dose not freeze in the winter. Some coolants have corrosion protectors. it all depends on what the car manufacturer wants in there cars.
I know you didn't ask for this much detail but i hope it was helpful!
Calcium chloride can absorb very much water and become a solution.
chem online? i. the ability of the compunds to absorb i. only. :)
solution is transparent whereas suspension is not transparent. particles in solution are of size less than 100nm.but particles of suspension are of size more than 1000nm.solution is homogeneous mixture whereas suspension is heterogeneous mixture. solution doesn't exhibit Tyndall effect or brownian movement.but suspension exhibits it....
With water been about to absorb heat water is a major plus for industries. It can go in your cars radiator for cooling the heat of the water also helps regulate the air changing temperature.
No, an object will not be a net radiator of energy when its thermal energy is less than that of its surroundings. In this case, the object will instead absorb thermal energy from its surroundings in an attempt to reach thermal equilibrium.
Check your antifreeze level in the radiator first. There is usually a water pump behind the fan which pumps antifreeze/water as the engine turns, through little water jackets around the engine. This antifreeze/water solution absorbs the heat and is sent to the radiator to cool down before returning to the engine to absorb more heat and repeat the process. This process is regulated by a thermostat in the engine which allows the antifreeze/water to return to the radiator for cooling once a certain temperature is reached. It then makes sense that if the following conditions exist the engine will overheat. 1. Antifreeze/water level low 2. Thermostat not working preventing antifreeze/water from returning to radiator to cool down. 3. Fan belt or electric fan is is broken not allowing the fan to cool the radiator coil which in turn cools the Antifreeze/water. 4. an air lock exists in the system preventing thermostat from opening. To remove an air lock run the engine with the radiator cap off for 20 minutes ensuring that you keep the level of antifreeze/water high. Even when you think all the air is out which you will see bubbling leave it the full twenty minutes. **Never remove the radiator cap unless the engine is cold or running. Removing the radiator cap from a hot engine after turning it off can result in extremely hot liquid spraying out.**
Absorb-all. Looks like kitty litter. Sold at auto parts stores.
to absorb heat
In sugar solution the potato cube absorb the solution , but in distilled solution the cube do not absorb it.
Yes it will. Usually it is a mixture of organic ingredients and anything organic will absorb water.
The correct spelling is "dissolve" (to go into solution, or to absorb into solution).
it absorbs heat by the chemicals the paint has
Cadmium sulfate solution will absorb H2S, forming CdS.
YES
Solid FeSO4 easily absorb water.
any salt that absorb water or moisture when exposed to atmosphere to turn to a solution
I am not sure what all you have done so far, but have you tried using rubber around the radiator ao absorb some of the vibration? If not, try a strip acoss the bottom of the rad and on the top under the radiator bracket at the top.