sodium, sodium
potassium, potassium
lithium, lithium aluminum hydride
When water and kerosene are mixed kerosene will float on top.
Sodium and potassium reacting violently with water is a chemical reaction, causing a chemical change.
1. If mixed with a chemical that reacts violently with water 2. If used to put out an electric fire
Kerosine forms a layer when mixed with water because it is lighter than water While glycerene does not form a layer
Sodium is extremely reactive. It oxidizes rapidly in air and reacts violently with water. The kerosene prevents the sodium from coming in contact with air, water, or other substances that might oxidize it.
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.
Sodium and potassium reacting violently with water is a chemical reaction, causing a chemical change.
1. If mixed with a chemical that reacts violently with water 2. If used to put out an electric fire
Kerosine forms a layer when mixed with water because it is lighter than water While glycerene does not form a layer
it is a chemical property
Sodium is extremely reactive. It oxidizes rapidly in air and reacts violently with water. The kerosene prevents the sodium from coming in contact with air, water, or other substances that might oxidize it.
When water is mixed with salt, the salt dissolves in the water but whenwater is mixed with sodium, the sodium reacts violently with water.
Ra is the chemical name. Radium reacts violently with water.
Sodium metal reacts violently with water, and is stored in kerosine (for example) to avoid contact with moisture in the air.
kerosene does not dissolve in water because it is a non polar liquid while water is polar so due to different nature they are insoluble. kerosene due to less density floats over water surface.
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.