Highly reactive elements can be kept from reacting by holding them in containers that are made of elements that are very unreactive (or at least not reactive to the highly reactive elements they contain). Unfortunately, the 6 known stable inert elements exist at room temperature only in gas form, so do not make good containers; however, some substances such as glass are very resilient and their molecular structures tend to be stable and unreactive (which is why glass is a common material for beakers and other containers to hold a wide -- but not unlimited -- variety of chemicals).
Li (Lithium), Na (Sodium), K (potassium). They are highly reactive - they react violently with water and also react with oxygen.
Oxygen is the gas in the air that keeps a fire burning. It helps combustion by reacting with the fuel source to produce heat and light.
Termination is the final step in a reaction where the reactive species are consumed to produce stable products, effectively stopping the reaction. In contrast, propagation steps are where reactive species are generated and utilized to carry out the main chemical transformations in a reaction, allowing it to proceed. Termination ends the reaction, while propagation keeps it going.
Oxygen, heat, and fuel are three essential components that keep a fire burning. Without any of these elements, a fire will not be sustained.
Table salt forms a crystal lattice structure in which the positively charged sodium ions are attracted to the negatively charged chloride ions through ionic bonding. This strong electrostatic attraction keeps the elements held together in a stable crystal.
Li (Lithium), Na (Sodium), K (potassium). They are highly reactive - they react violently with water and also react with oxygen.
Sodium is packed in polythene to prevent it from reacting with air or moisture, which could lead to degradation and reduced effectiveness of the substance. The polythene helps to create a barrier that keeps the sodium away from these elements, thus ensuring its stability and purity until it is ready for use.
Sodium is highly reactive with moisture in the air, which can produce hydrogen gas and cause the sodium to catch fire. By keeping sodium under oil in a tightly sealed container, it is protected from moisture and air, reducing the risk of it reacting and potentially causing a fire.
Oxygen is the gas in the air that keeps a fire burning. It helps combustion by reacting with the fuel source to produce heat and light.
Traditional police community relations consist of cops reacting to situations in the community. This keeps the community safe but also can take away certain rights.
Sodium reacts vigorously with air and moisture, forming sodium hydroxide and hydrogen gas. Storing sodium in an inert substance, such as kerosene or mineral oil, helps prevent these reactions and keeps the sodium from catching fire or exploding.
the basic elements in basketball is.....the stupid referee...who keeps on whistling....the weak players who keep on playing non sense..... and you..the audience who keep on asking...
keshav is mad tha's why he keeps goat there.
Sodium is a highly reactive metal that reacts violently with moisture in the air, forming sodium hydroxide and releasing hydrogen gas. Storing sodium under kerosene oil helps to prevent contact with moisture and oxygen from the air, preventing the rapid oxidation reaction. This keeps the sodium stable and prevents any potential hazards.
No not that anyone knows of. Some girl keeps claiming to be his girlfriend, but I highly doubt it. She's just doing that to get attention.
Nope. The pressure keeps the Carbon Dioxide dissolved in the liquid, and when that pressure is relieved, the CO2 rapidly returns to its gaseous state. None of the molecules are reacting or changing, although the CO2 switches from aqueous to gaseous phase.
Termination is the final step in a reaction where the reactive species are consumed to produce stable products, effectively stopping the reaction. In contrast, propagation steps are where reactive species are generated and utilized to carry out the main chemical transformations in a reaction, allowing it to proceed. Termination ends the reaction, while propagation keeps it going.