Petrol, is different from Kerosene because the hydrocarbons that you find in Petrol will generally have less hyrdogen and carbon atoms than Kerosene would have. E.g. the hydrocarbons that make up Petrol may have in between 4 to 12 carbon and 10 to 26 hydrogen atoms, whereas Kerosene would have between 6 to 16 carbon and 14 to 34 hydrogen atoms.
Yes, cooling a mixture of air and kerosene vapor to condense liquid kerosene is a physical change. This process involves a change in the state of the kerosene from vapor to liquid without altering its chemical composition. The air remains unchanged as well, reinforcing that this transformation is a physical rather than a chemical change.
Kerosene can be converted into diesel through a process called hydrocracking. This involves breaking down the larger molecules in kerosene into smaller ones to create a product that is more similar to diesel fuel. The process requires high temperatures, pressure, and catalysts to transform the chemical composition of the kerosene.
The jet fuel is a special type of kerosene; and kerosene is a product of petrochemical industry, having a complex composition of organic compounds.See also this link: http://en.wikipedia.org/wiki/Jet_fuel.
At approx. -45 0C, depending on the specific composition of a given kerosene.
Kerosene is a type of chemical potential energy. When kerosene is burned, the chemical bonds are broken which releases energy in the form of heat and light.
Chemical energy is stored in kerosene, which is released when it is burned.
Kerosene is a homogeneous mixture of hydrocarbons.
Kerosene is a type of fossil fuel that stores chemical energy in its molecular bonds. When kerosene is burned, this chemical energy is converted into heat energy, which can be used for heating or lighting purposes.
Kerosene and mineral spirits are similar in that they are both petroleum-derived solvents commonly used for cleaning, thinning paints, and as fuel. However, they have different chemical compositions and properties, with mineral spirits generally having a higher volatility and better solvency for paints and coatings compared to kerosene.
water will collect at the bottom, because of its higher density compared to kerosene
Because the viscosity of the kerosene is much thicker therefore it'll burn slower.
A kerosene lantern involves the transformation of chemical energy stored in kerosene into light and heat energy through combustion.