Let me start off by saying that the Lithium ion is not less reactive than the Lithium atom. In fact, Li+ is far more reactive than the Lithium atom, which is why it does not exist in its free state. Lithium ions tend to combine with anything it comes into contact with. However, it has a more stable electronic configuration than the Lithium atom, resembling that of a Noble gas(in the case of Li, it is Helium), which is why 1+ is the preferable oxidation state of Lithium.
Aluminum is less reactive than lithium. Aluminum forms a protective oxide layer on its surface that prevents further reaction, while lithium is highly reactive and can react violently with water or air.
Chlorobenzene is less reactive than benzyl chloride because the chlorine atom in chlorobenzene is less polarizable than the bromine atom in benzyl chloride. As a result, the chlorine atom is less prone to nucleophilic attack, making chlorobenzene less reactive.
Reactivity of any metal depends on its capacity to loose electrons as quickly as possible. Among Lithium, Copper and tungsten, lithium is the most reactive since it looses electrons very quickly and forms its cation. In fact, it is among the most reactive metals.
Lithium is less reactive than sodium because it has a smaller atomic size and higher ionization energy. The smaller size of lithium atoms makes it more difficult for them to lose an electron compared to sodium, which results in lower reactivity. Additionally, the higher ionization energy of lithium requires more energy input for the removal of an electron, further reducing its reactivity.
No, magnesium cannot replace lithium in a single replacement reaction because lithium is more reactive than magnesium. In single replacement reactions, a more reactive element will displace a less reactive element from a compound, but this is not possible in this case due to the reactivity trend.
Aluminum is less reactive than lithium. Aluminum forms a protective oxide layer on its surface that prevents further reaction, while lithium is highly reactive and can react violently with water or air.
Sodium is more reactive than lithium and magnesium but less reactive than potassium.
Chlorobenzene is less reactive than benzyl chloride because the chlorine atom in chlorobenzene is less polarizable than the bromine atom in benzyl chloride. As a result, the chlorine atom is less prone to nucleophilic attack, making chlorobenzene less reactive.
Hydrogen (H) is more reactive. Francium (Fr) is less reactive.
Boron has more protons. It has 5, lithium has 3.
Reactivity of any metal depends on its capacity to loose electrons as quickly as possible. Among Lithium, Copper and tungsten, lithium is the most reactive since it looses electrons very quickly and forms its cation. In fact, it is among the most reactive metals.
Not at all; the cesium atom is far bigger than the lithium atom.
it is the lithium metal. it is less reactivated.
Yes, potassium is more reactive than lithium, since although they both need to lose one electron to have full outer shells, potassium's outer electron is furthest from the positive attractions of the nucleus. Therefore, it is easier for potassium to lose its outer electron than it is for lithium. hope that helped
Lithium is less reactive than sodium because it has a smaller atomic size and higher ionization energy. The smaller size of lithium atoms makes it more difficult for them to lose an electron compared to sodium, which results in lower reactivity. Additionally, the higher ionization energy of lithium requires more energy input for the removal of an electron, further reducing its reactivity.
No, lithium is more reactive than magnesium because it has a higher tendency to lose electrons. Magnesium reacts slowly with water, whereas lithium reacts vigorously with water, producing hydrogen gas.
No, magnesium cannot replace lithium in a single replacement reaction because lithium is more reactive than magnesium. In single replacement reactions, a more reactive element will displace a less reactive element from a compound, but this is not possible in this case due to the reactivity trend.