Lecture

 1 II |       suppose I take a few iron particles [dropping some small fragments
 2 II |     where bodies fall it is the particles that are attracted. You
 3 II |        these, then, as separate particles magnified, so as to be evident
 4 II |         present, and when these particles are placed upon it, see
 5 II |          Now just as these iron particles hold together in the form
 6 II |     bridge, so do the different particles of iron which constitute
 7 II |      the attraction between the particles that it is held together
 8 II |  nothing more than separate the particles which compose these two
 9 II |       does still exist in those particles; for here is a piece of
10 II | attraction between its separate particles; for if I take these portions
11 II |        to the attraction of the particles, forming, as it were, the
12 II |        great pains to bring the particles together, you see perhaps
13 II |      power of attraction in its particles - giving to it such strength -
14 II |        before the little set of particles in the small space equal
15 II |         the attraction of their particles, and I am going to make
16 II |       is this attraction of the particles. [The lectured here placed
17 II |       supported by these little particles of the wire, just as in
18 II |     make this attraction of the particles a little more simple? There
19 II |         the attraction of their particles, and it I press these two
20 II |  together, so as to bring their particles within the sphere of attraction,
21 II |        of the attraction of the particles.~This, however, is not the
22 II |      best way of bringing those particles together; we have many better
23 II |  attraction exerted between the particles of bodies to hold them together.
24 II |      dissolve the alum; all the particles will be separated by the
25 II |      to-morrow, find that these particles of alum which I have put
26 II |      To-morrow you will see the particles of alum drawn together;
27 II |    simply a collection of small particles of no definite shape or
28 II |       circumstances has had its particles so brought together that
29 II |        to the attraction of the particles one for the other being
30 II |   different manner in which its particles are arranged by the force
31 II |     internal arrangement of the particles of this calcareous spar
32 III|       it will show you that the particles of alum have done something
33 III|     strong attraction which the particles of alum have for each other.~
34 III|         the manner in which the particles of bodies - of solid bodies -
35 III|      the attraction between the particles is so weakened that it is
36 III|   lessening the adhesion of the particles, although he is not exactly
37 III|   because the attraction of the particles to each other is sufficient
38 III|       attraction of some of the particles is so much diminished that
39 III|       which existed between the particles of the ice, for below a
40 III|         certain temperature the particles of water increase in their
41 III|       of attraction between the particles of ice, we made use of another
42 III|      the attraction between the particles of ice. Here you see the
43 III|      the mere circumstance that particles attract each other. But
44 III|       rod of fluid mercury, the particles of which have attraction
45 III|        strong attraction of the particles of the water. Let me show
46 III|         that the soap makes the particles of the water more adhesive
47 III|    manner the attraction of the particles (and let me advise you,
48 III|        power of cohesion of the particles of liquids. For instance,
49 III|      Now if it were not for the particles of liquid cohering together,
50 III|    attractive force between its particles, and yet you see that there
51 III|  increase the attraction of the particles by cold or otherwise. So
52 III|        the bulk occupied by the particles increased by giving them
53 III|     gases produced by colorless particles themselves mixing together,
54 III|        of the attraction of the particles for each other. You see
55 III|      the condition in which its particles are arranged. If I were
56 III|       is capable of drawing off particles from the water and sending
57 III|         you see that one set of particles (H) is coming off twice
58 III|        consists of two kinds of particles attracting each other in
59 III|          the attraction between particles of a different nature one
60 III|      upon the energy with which particles of different kinds attract
61 III|         Oxygen and hydrogen are particles of different kinds, and
62 III|     eight times as heavy as the particles of hydrogen in the water;
63 III|      means of a sieve, the fine particles of iron filings through
64 IV |      which there is between its particles to make it hold together
65 IV |        jars (oxygen being those particles derived from the water which
66 IV |        gives us certain gaseous particles. Here, then, is the hydrogen.
67 IV |     understand that we can have particles of very different k_nds,
68 IV |       how exceedingly different particles are one from the other;
69 IV |       water so produced and the particles of which it consists chemically.
70 IV |         combine these different particles together without producing
71 IV |     these two different sets of particles together and I want to show
72 IV |    place when we make different particles act together. Now I can
73 IV |   attraction of cohesion of the particles. Again, here is a little
74 IV |  instance: here are some oxygen particles, and here is a lump of carbon
75 IV |        here is a lump of carbon particles. I am going to put the carbon
76 IV |         going to put the carbon particles into the oxygen; they can
77 IV |      oxygen, and if I put these particles of metal into it the two
78 IV |    attraction between different particles exists also most curiously
79 IV |        by reason of some of its particles gaining access to the air.
80 IV |         the very finely divided particles of cotton being diffused
81 IV |         has caught these raised particles, and it has run from one
82 IV |        it contains supplies the particles with that without which
83 IV |     attraction of the different particles one to the other that we
84 V  |      spoke of the attraction of particles of the same kind to each
85 V  |     into water, that there were particles of two different kinds attracted
86 V  |      not attract any of its own particles, so that there we obtained
87 V  |  affinity, or of aggregation of particles, or of cohesion, or of electricity (
88 VI |        it, so that both sets of particles will have an equal chance
89 VI | identical chemical force of the particles of zinc acting, and yet,