Naptha is a rather volatile but clean-burning fuel. it was used in the late nineteenth century for auxiliary power on basically sailing ships (suchas those used by explorers) and also some Russian submarines in World War I some of the old Holland subs (Holland the name of the inventor not the nationality) used naptha engines. some had what amounted to a chemical reactor to get the necessary vapors by mixing various types of acid and I bellieve Hydrogen peroxide(dont" try this at home!) they mkay have used Magnesium as a catalyst. this (Boostr) fuelo was carried aorund in special cannisters with safety catches called Transit Caps. the Transit cap was nto to be removed unless one was int he Engine room and had the hoses reasdy to connect. This was a booster device which liberated quantities of gas and would start up the Naptha engine in a hurry if the need arose. Napht as a vebicular fuel is mroe or less obsolete but had considerable usage inthe late nineteenth century on (fifty fifties) as this minimized the hazard of the rigging and sails catching fire, always a hazard on a sailing ship and particulairoly an auxiliary steamer.
the solute is napthalene and the solvent is air.
Napthalene can dissolve in organic solvents like acetone, benzene, or alcohol. It is not soluble in water.
Three uses of a metalloid is semiconductors, some cleaning materials, and computer chips
because it turns straight from a solid to gas and bypasses the liquid state.
Because urea and aspirin overall are polar compounds, and their intermolecular forces are stronger than napthalene or dichlorobenzene. This means it takes more kinetic energy (heat) to separate their molecules, which translates as a higher melting and boiling points.
Napthalene is found in moth balls.
Napthalene or paradichlorobenzine.
the solute is napthalene and the solvent is air.
No
Napthalene can dissolve in organic solvents like acetone, benzene, or alcohol. It is not soluble in water.
No, napthalene is brittle.
moth balls
Formula: C10H8
Formula: C10H8
Formula: C10H8
Covalent
That makes no sense