Answer:
But-2-ene is your answer i guess
Answer : Option C) The Octet Rule
Explanation : Atoms have a tendency to complete their outer energy level. This is known as Octet Rule.
The octet rule is a chemical rule of thumb which reflects the observation, that atoms of main-group elements tends to combine in such a way that each atom gets eight electrons in its valence shell, which gives it the same electron configuration as that of a noble gas.
In short, the tendency of an atom to fill its valence shell and attain a stable state it acquires or donates the electron is called as octet rule.
Answer:
true. I think
Explanation:
A chemical formula shows the atoms a molecule is made of.
The correct answer is ClO, ClO3-, ClO- and ClO4-
Kossel and Lewis in 1916 developed an important theory of chemical combination between atoms known as electronic theory of chemical bonding. According to this, atoms can combine either by transfer of valence electrons from one atom to another (gaining or losing) or by sharing of valence electron in order to have an octet( 8 electron) in their shells. This is known as octet rule.
In ClO2-, oxygen contains 8 electrons in its valence shell and oxygen will share one electron with chlorine to complete the octet of Cl. In other four, we can clearly see that there are more or less than 8 electrons in the outer shell of oxygen so we can clearly say that ClO, ClO3-, ClO- and ClO4- are disobeying the octet rule.
Termination
Additionally, curved arrows serve as a method of tracking changes in formal charge. Another technique to track changes in formal charge is with curved arrows: The atom at the tail will formally "lose" one electron because a pair of electrons are being given from it, increasing its charge by one.
<h3>What is radical mechanism ?</h3>
Three steps—initiation, propagation, and termination—define the radical chain mechanism. Energy must be provided for reaction to start, but once it does, it continues on its own.
- A free radical is referred to be a chemical entity that can exist independently and have an unpaired electron in its atomic orbital. The unpaired electron confers some common characteristics on all radicals.
Learn more about Radical mechanism here:
brainly.com/question/23991894
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