Should add another category of events corresponding the above and specifically regarding us. Considering the chemical phenomena in General, we see that the development of heat is commonly reduced to the extent that it increases the degree of difficulty and the ensuing massive particles. First, we know the fact that during the formation of simple compounds develops much more heat than during the formation of compounds complex. Elements, connecting with each other, usually produce a lot of heat, whereas when formed of these compounds give new connections that it provided a bit of warmth, and experiments show Professor Andrews, the heat released when coupling the acids with bases, it happens less commonly in cases when partial weight of base more. Then, secondly, we see that the connection between elements, where atomic weight is small, it is a much more warmth than connecting elements having a greater atomic weight. If we we will continue our assumption that the so-called elements, essence connection, and if according to this law, if not universal, to assume an irreducible substances for decomposable, then we obtain two conclusions. First, those of primary and the secondary connection through which it turned out the items had be accompanied by a release of heat in excess of all known degree. Second, between these primary and secondary compounds of those through which formed elements with small particles, gave more than intense heat than those by which the formed elements larger particles, since the elements resulting from the final compounds, must be of later origin and at the same time should be less stable than the elements of earlier origin.
1 comment:
Should add another category of events corresponding
the above and specifically regarding us. Considering the chemical phenomena
in General, we see that the development of heat is commonly reduced to the extent that
it increases the degree of difficulty and the ensuing massive particles.
First, we know the fact that during the formation of simple compounds
develops much more heat than during the formation of compounds
complex. Elements, connecting with each other, usually produce a lot
of heat, whereas when formed of these compounds give
new connections that it provided a bit of warmth, and experiments show
Professor Andrews, the heat released when coupling the acids with bases,
it happens less commonly in cases when partial weight of base
more. Then, secondly, we see that the connection between
elements, where atomic weight is small, it is a much more
warmth than connecting elements having a greater atomic weight. If we
we will continue our assumption that the so-called elements, essence connection, and
if according to this law, if not universal, to assume an irreducible substances
for decomposable, then we obtain two conclusions. First, those of primary and
the secondary connection through which it turned out the items had
be accompanied by a release of heat in excess of all known degree.
Second, between these primary and secondary compounds of those
through which formed elements with small particles, gave more than
intense heat than those by which the formed elements
larger particles, since the elements resulting from the final
compounds, must be of later origin and at the same
time should be less stable than the elements of earlier origin.
Post a Comment