Answer/Explanation:
Let's define both terms
Boiling: is defined as a process whereby the liquid state is turned into gaseous state at a specific boiling point. And it is a fast process.
Evaporation: is defined as a process whereby a natural process in which the increase in temperature or pressure causes liquid to change into gas.
Difference between boiling and evaporation
In boiling, temperature of the liquid remains constant. While in evaporation, temperature of the liquid reduces
In boiling, temperature is required only at boiling point while in evaporation, temperature occurs at any given temperature.
In boiling, bubbles are formed while in evaporation, bubbles are not formed.
In boiling, a source of energy is required while in evaporation, the surrounding supplies the energy required.
Boiling produces heat and does not lead to liquid cooling, evaporation leads to liquid cooling.
The molecules of the liquid move faster in boiling than in evaporation
Answer:
Los habitantes del planeta con una atmósfera superior a 5,1 atm de la Tierra, no estarían nadando en ríos de dióxido de carbono líquido
Explanation:
De las tablas de datos termodinámicos, la presión a la que el vapor de dióxido de carbono está en equilibrio con su estado líquido a una temperatura ambiente de 25 ° C es 6,401 kPa, lo que equivale a 63,17296 atm.
Por lo tanto, a una presión de 5.1 de la atmósfera terrestre, el dióxido de carbono es completamente gaseoso y los habitantes del planeta con una presión atmosférica de 5.1 atm de la Tierra todavía observarían solo hidrógeno gaseoso y no estarían nadando en ríos de dióxido de carbono líquido.
Answer:
Its kinetic energy
Explanation:The dart is in motion because of the potential energy being stored and turned into kinetic energy, plus since the dart is aerodynamic, it would have more speed for it to hit the dart board.
Answer:
1st page, number a-ENergy is added or absorbed
I cant see the answers on the 2nd page
Explanation:
Answer:
<h3>Saponification is a process that involves conversion of fat, oil or lipid into soap and alcohol by the action of heat in the presence of aqueous alkali. Soaps are salts of fatty acids and fatty acids are monocarboxylic acids that have long carbon chains e.g. sodium palmitate.</h3>
