sodium, sodium
potassium, potassium
lithium, lithium aluminum hydride
When water and kerosene are mixed kerosene will float on top.
Because it will react violently in water producing hydrogen gas in a highly exothermic reaction which often causes ignition of the hydrogen gas liberated: 2Nas + 2H2Ol --> H2,g + 2(NaOH)aq The kerosene used for storage must be importantly water free, or anhydrous, otherwise this reaction will also occur but more slowly. This is often exploited to remove trace water from organic solvents for chemical synthesis.
Glycerin is miscible in water, while kerosene is not. Glycerin is a polar molecule with hydrogen bonding capabilities, allowing it to mix well with water. Kerosene is non-polar and hydrophobic, so it does not mix with water.
Sodium is a metal that is commonly kept immersed in kerosene for storing because it reacts violently with water and oxygen in the air. Placing it in kerosene helps prevent these reactions and keeps the metal stable.
Water (H2O) and kerosene (C12H26) do not mix, i.e. they are not miscible. This is due to H20 being polar and C12H26 being different, that is non-polar, through the concept of "like dissolves like."
They will NOT react, so no chemical equation. (Mixing is NOT chemical, besides these two won't mix homogeneously!
When water and kerosene are mixed kerosene will float on top.
it is a chemical property
Because it will react violently in water producing hydrogen gas in a highly exothermic reaction which often causes ignition of the hydrogen gas liberated: 2Nas + 2H2Ol --> H2,g + 2(NaOH)aq The kerosene used for storage must be importantly water free, or anhydrous, otherwise this reaction will also occur but more slowly. This is often exploited to remove trace water from organic solvents for chemical synthesis.
Glycerin is miscible in water, while kerosene is not. Glycerin is a polar molecule with hydrogen bonding capabilities, allowing it to mix well with water. Kerosene is non-polar and hydrophobic, so it does not mix with water.
Sodium is a metal that is commonly kept immersed in kerosene for storing because it reacts violently with water and oxygen in the air. Placing it in kerosene helps prevent these reactions and keeps the metal stable.
Sodium metal reacts violently with water, and is stored in kerosine (for example) to avoid contact with moisture in the air.
Water (H2O) and kerosene (C12H26) do not mix, i.e. they are not miscible. This is due to H20 being polar and C12H26 being different, that is non-polar, through the concept of "like dissolves like."
When water is mixed with salt, the salt dissolves in the water to form a solution. This process involves the breaking of the ionic bonds between the sodium and chloride ions in the salt. When water is mixed with pure sodium, a chemical reaction occurs, resulting in the formation of sodium hydroxide and hydrogen gas. This reaction is more reactive and can be exothermic compared to the dissolution of salt in water.
Sodium metal reacts violently with water, producing hydrogen gas and heat, which can lead to ignition or explosion. Storing sodium in kerosene prevents it from coming into contact with water, reducing the risk of an uncontrollable reaction. Kerosene also forms a protective layer around the sodium, preventing it from reacting with air.
Sodium reacts violently with water, releasing hydrogen gas and forming sodium hydroxide. When sodium is kept immersed in kerosene oil, it is isolated from water, preventing the reaction from occurring. Kerosene oil acts as a barrier to keep oxygen away from the sodium, further preventing combustion.
No, vinegar is not soluble in kerosene because they are chemically different substances. Vinegar is mostly composed of water and acetic acid, while kerosene is a hydrocarbon mixture. Since water and oil-based substances like kerosene do not mix, vinegar will not dissolve in kerosene.