Chemical Reactions Their Theory And Mechanism
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In none of these reactions has the charge or state of oxidation of any of the atoms changed; that is to say, no oxidation or reduc- tion has taken place. The treatment of the large and im- portant group of reactions involving oxidation and reduc- tion of different atoms in the molecules which take part in chemical reactions will be taken up in the chapters following these on addition and replacement reactions.
The dissociation of an intermediate addition compound into several sets of products m...ay appear at times to be a simple reaction which leads to a few products. To indicate the manifold possibilities and complexities which might arise from the dissociation of a ternary compound, the following scheme may be given: r(A + m #0*- C4&25) L(A * / m IV )* ~i etc.
\ VI* \-(A + m Bn) x ~\ (A'&B&y L(A'^B^ Z _J etc.
0^-J VII In this scheme, starting with x molecules of A^B~, y molecules A'^B' n r, and z molecules A'^B'^T, the ternary addition compound I is formed. The molecules A + B~ 86 CHEMICAL REACTIONS.
What to read after Chemical Reactions Their Theory And Mechanism?
You can find similar books in the "Read Also" column, or choose other free books by Kaufman George Falk to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
In none of these reactions has the charge or state of oxidation of any of the atoms changed; that is to say, no oxidation or reduc- tion has taken place. The treatment of the large and im- portant group of reactions involving oxidation and reduc- tion of different atoms in the molecules which take part in chemical reactions will be taken up in the chapters following these on addition and replacement reactions.
The dissociation of an intermediate addition compound into several sets of products m...ay appear at times to be a simple reaction which leads to a few products. To indicate the manifold possibilities and complexities which might arise from the dissociation of a ternary compound, the following scheme may be given: r(A + m #0*- C4&25) L(A * / m IV )* ~i etc.
\ VI* \-(A + m Bn) x ~\ (A'&B&y L(A'^B^ Z _J etc.
0^-J VII In this scheme, starting with x molecules of A^B~, y molecules A'^B' n r, and z molecules A'^B'^T, the ternary addition compound I is formed. The molecules A + B~ 86 CHEMICAL REACTIONS.
What to read after Chemical Reactions Their Theory And Mechanism?
You can find similar books in the "Read Also" column, or choose other free books by Kaufman George Falk to read onlineMoreLess
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