... the anode to the cathode. According to the theory of ions, the negative electrode (cathode) attracts the positive ions (H+) and ... represented thus: Zn+2H+->Zn-++H2 174 THE THEORY OF IONS The negative ion of the acid need not be shown ...

... A Cochrane review of six studies, five using negative ion generators and one with a positive ion generator, found ...

... asthma. A Cochrane review of five studies using negative ion generators and one with a positive 1++ ion generator ...

... the potassium giving positive ions and the chlorine negative ions. On the electron theory, positive and negative valence is distinguished, positive valence ...

... acid and a sub- stance capable of yielding negative hydroxyl ions being a base. With the Theory of Ionization before us, we must think of ... as ferric hydroxide, will be precipitated by the negative ion of an ... and if we accept the theory of valence given in the Introduction, p. 1, ...

... zinc through a con- necting wire. Elec- tric generators serve the same ultimate purpose as the gal- vanic cell, that is, to separate negative from positive ions and to cause them to travel in opposite ...

... in Chapter 11. In terms of the ionic theory, acids are substances which give positive hy- drogen ions in solution, associated with negative ions that may be either simple, as Clz, ...

... pletely disappeared when the tissue was exposed to negative ions. All of these studies were carried out on rabbit tissue, and the authors point out that no theory has yet been developed for the action of ...

... the positive kind, and of the gas the negative, these then becoming ions. Since Thomson's day the fact of this ionic dissociation has been amply demonstrated, but the cause of it has been shown to be different from that suggested by his theory. The elementary atoms which then were believed to ...

... is necessary to accept the fact even though theory as yet offers no adequate explanation. formed of a single electron, and losing this, these atoms become positive monovalent ions, since there has been a loss of the elementary negative charge. In the chlorine (Cl), bromine (Br) and ...