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How does increasing oxygen impact autoignition temperatures?
Increasing oxygen concentration can lower the autoignition temperature of a fuel-air mixture. This is because more oxygen is available for combustion, leading to faster and more complete fuel oxidation, which can decrease the temperature required for spontaneous ignition.
What if ice cubes are put in kerosene?
If ice cubes are put in kerosene, the ice will melt due to the higher temperature of the kerosene. Kerosene has a lower freezing point than water, so it will not freeze the water in the ice cubes. The ice will eventually melt and mix with the kerosene, but they will not chemically react with each other.
Density of kerosene?
Kerosene is a mixture of hydrocarbons with a molecular weight of about 100-140 with an average of about 120.
What is the psi of kerosene?
The psi (pounds per square inch) of kerosene varies depending on factors such as temperature and volume. However, kerosene is typically stored and transported under relatively low pressures, usually around 8-14 psi in common applications.
Why does the hot glass of a kerosene lamp cracks when wet with water?
The glass of a kerosene lamp while glowing is hot. When water falls on it, there is a sudden change in temperature, which causes the glass to break.
Which is more flamable petrol vs kerosene?
Petrol is more flammable than kerosene because petrol has a lower flash point and autoignition temperature. This means petrol is more likely to ignite at lower temperatures compared to kerosene.
What is the flash point and autoignition temp of kerosene?
The flash point of kerosenes is between 35 0C and 65 0C. The autoignition point of kerosenes is 220 0C.
What is an autoignition?
An autoignition is an act of spontaneous ignition, often triggered when a substance reaches a certain temperature.
What is the autoignition temperature of diesel?
210deg C
What is autoignition temperature of hydrogen?
The autoignition temperature of hydrogen is approximately 500°C (932°F) in air. This is the temperature at which hydrogen gas will spontaneously ignite without the need for an external ignition source.
What is the difference between autoignition and flash point in terms of the ignition properties of a substance?
Autoignition is the temperature at which a substance will ignite without an external ignition source, while flash point is the temperature at which a substance will produce enough vapor to ignite when exposed to an ignition source. In summary, autoignition is spontaneous ignition, while flash point is the temperature at which a substance can ignite when exposed to a flame or spark.
When dystopian novel gets its name from the autoignition temperature of paper?
Celsius 233. Or was that in BTU's.....
Which has higher ignition temperature kerosene oil or wood?
kerosene
What is the difference between the flash point and autoignition temperature in terms of their significance in determining the flammability of a substance?
The flash point is the temperature at which a substance gives off enough vapor to ignite briefly when exposed to a flame or spark, indicating its flammability. The autoignition temperature is the temperature at which a substance will spontaneously ignite without an external ignition source. The flash point helps determine how easily a substance can catch fire, while the autoignition temperature indicates the temperature at which a substance can ignite on its own, without needing an external flame or spark.
Which one has got higher ignition temperature wood or kerosene?
kerosene has got higher ignition temperature.
What is autoignition temperature?
AUTO IGNITION TEMPERATURE: Lowest temperature at which mixture will ignite in the absence of spark or flame. for more inf cont(fahim.ch01@gmail.com)
How does increasing oxygen impact autoignition temperatures?
Increasing oxygen concentration can lower the autoignition temperature of a fuel-air mixture. This is because more oxygen is available for combustion, leading to faster and more complete fuel oxidation, which can decrease the temperature required for spontaneous ignition.
