<span>Solvent is ethyl alcohol.
hope this helps!</span>
<span>Well, during the day, the water, as well as the surfaces surrounding the water, are heated by various thermodynamic processes: conduction, convection, radiation, etc. This in turn warms the water molecules in the lakes, streams, rivers, and oceans, thereby transferring heat (their kinetic energy) to the water molecules, which in turn receive that energy from the surrounding surfaces, or directly via radiation/insolation from the sun. When the water molecules attain enough energy, some of them attain enough energy to escape the surface of the liquid and enter the gas phase. Hence, as water is heated, more and more water molecules attain enough kinetic energy to enter the gas phase.</span>
Answer:
Light , heat , and sound are examples.
Answer:
1) hydrogen peroxide should be stored in dark bottles away from light
2) hydrogen peroxide should be stored in a cool place.
3) Drops of sodium phosphate may be added to inhibit its catalytic decomposition
Explanation:
Hydrogen peroxide is known to dissociate according to the equation;
2H2O2--->2H2O+O2.
This decomposition is facilitated by the following factors;
1) heat
2) light
3) presence of trace amounts of a catalyst
This implies that, if the user stores the hydrogen peroxide in a dark bottle, away from sunlight. It decreases its chances of decomposition.
Similarly, if the hydrogen peroxide bottle is stored in a cool environment, it is not decomposed by heat.
Lastly, drops of an inhibitor such as sodium phosphate may be added to inhibit the effect of any catalyst that may have mistakenly contaminated the hydrogen peroxide sample.
