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Class A fires (wood, paper, cloth) can be extinguished with water.
Yes, gasoline and water do not mix well and can cause damage to the engine if water gets into the fuel system. It can lead to engine misfires, stalling, and can also damage fuel injectors and other engine components. It is important to prevent water contamination in gasoline to ensure the proper functioning of the vehicle.
No, gasoline engines require a volatile fuel mixture to run ; water is inert, so it does not burn.
Yes, bubbles in gasoline can indicate the presence of water in the fuel. When water mixes with gasoline, it can create bubbles as the two substances do not easily mix. It is important to address any water contamination in gasoline as it can affect engine performance.
Water is created in the chemical reaction of gasoline 'oxidizing' (burning).
Yes, burning gasoline in an engine to power a car is a chemical change. The gasoline undergoes combustion, reacting with oxygen to produce carbon dioxide, water, and energy in the form of heat that powers the engine.
Gas
carbon dioxide, carbon monoxide, oxides of nitrogen and water vapor.
* Paper * Plastic water bottles (but not the cap) * Cardboard * Glass bottles
The unburned gasoline accumulated in the crankcase is recirculated by the PCV valve to the intake air and burned again. The unburned gasoline in the exhaust reacts inside the catalytic converter, making carbon dioxide and water.
When the gasoline burns, it forms water and various gasses, so it is a chemical change.
To effectively remove water from gasoline for optimal engine performance, you can use a fuel additive specifically designed to absorb and remove water from the fuel. This additive will help prevent water from causing issues in the engine, such as decreased performance and potential damage. Additionally, regularly draining and replacing the fuel in the tank can also help remove any water that may have accumulated.