bold = Main text
   Lecture                                   grey = Comment text

 1 I      |       Let us now consider, for a little while, how wonderfully we
 2 I      |      gravity. I have before me a little glass vessel and scales [
 3 I      |        of that water. See what a little there is of it; that little
 4 I      |      little there is of it; that little thing is heavier than so
 5 I      |         earth, compared with the little mass of substance I have
 6 I      |         I have also one of these little inflated India rubber bladders,
 7 I      |        steam has not. If I add a little liquid to the marble and
 8 I      |          if I were to put into a little bag a number of these balls
 9 I      |        and I have the means by a little arrangement at the top,
10 I      |          think, I must take up a little time at our next meeting),
11 I(6)   |                            Add a little liquid to the marble and
12 II     |       can get a shadow from this little screen B F (merely a square
13 II     |     order to make our progress a little more gradual, suppose I
14 II     |          tons' weight before the little set of particles in the
15 II     |     weight is supported by these little particles of the wire, just
16 II     |    attraction of the particles a little more simple? There are many
17 II     |       The lecturer here poured a little of the hot solution of alum
18 II     |       have previously prepared a little of this red substance, which
19 II(8)  |          biniodide of mercury. A little care is necessary to obtain
20 II(8)  |        liquid is stirred: when a little more of the iodide of potassium
21 II     |     sheets, but having only very little red color on it, the greater
22 II     |   greater part being yellow] - a little more of it, you will say.
23 II     |        it (you may perhaps see a little smoke arise, but that is
24 II(9)  |          it must be mixed with a little weak gum water, and then
25 II     |       and if I take one of these little tear-like pieces and break
26 II     |     pieces and break off ever so little from the point, the whole
27 II     |        cubical sides. Now I go a little farther, and I find another
28 II     |      table before me a number of little bits of calcareous spar,
29 II     |          it into these beautiful little rhomboids.~ ~Now I want
30 II     |         want you to understand a little more how this is, and for
31 II     |      each of you going to take a little piece home. [The mica was
32 II     |       bit of glass between three little points, one point against
33 III    |          this attraction alter a little in its force; either of
34 III    |         and I am going to pour a little water on this board, and
35 III    |      things round about. Well, a little salt added to the ice has
36 III    |       board; I can even lift the little stool up by it.~This experiment
37 III    |      manner. Again: let me put a little water on this piece of plate
38 III    |          experiment. If I take a little soap and water - not that
39 III    |         will take a plate with a little of the soapsuds in it, and
40 III    |       prepare your minds to go a little deeper into the subject.
41 III    |         portion of water in this little vessel, C, and besides the
42 III    |        the water boiling in that little vessel (C), and you hear
43 III    |      into vapor; and if I take a little vessel (E), and fill it
44 III    |      plates. Now I will put this little tube (O) over there, and
45 III    |     water.~I must now show you a little more at large what chemical
46 III    |          which you saw burning a little while ago, called hydrogen,
47 III    |        fire to the point of this little bit of wood, and then plunge
48 III(16)|    formed when nitric acid and a little water are added to some
49 IV     |      Heat~We shall have to pay a little more attention to the forces
50 IV     |      particles. Again, here is a little sugar19, quite a different
51 IV     |    understand that each of these little sparks is a portion of the
52 IV     |    acting.~I must now take you a little father in this kind of illustration,
53 IV     |      other substances. Here is a little chlorate of potash containing
54 IV     |     cotton and moisten it with a little ether, and put it into a
55 IV     |          shall be able to burn a little of that ether in the vessel.
56 IV     |          All we want is to get a little ether in vapor, and give
57 V      |          present; there may be a little wind in the rooms slightly
58 V      |          of excited shellac in a little paper stirrup, in this way,
59 V      |        the air. Here, also, is a little collodion balloon. It is
60 V      |       attractive power, for this little key is held up by this stone.
61 V      |        examine this attraction a little more closely, we shall find
62 V      |         attracts. If I lace this little key in the middle it does
63 V      |       but if I place it there, a little nearer the end, it does,
64 V      |         of experiment. Here is a little magnet, and I have colored
65 V      |         the uncolored end of the little magnet. You see it pulls
66 V      |         understand all this in a little while; but what you have
67 V      |       itself a magnet. Here is a little fragment which I have broken
68 V      |      will see by the rise of the little straw indicator (at A).
69 V      | conductor with it, I take away a little of the electricity. You
70 V      | pith-ball indicator has fallen a little, which seems to imply that
71 V      |         of.~I must now take up a little of your time in showing
72 V      |          and place it under that little chimney, the flame will
73 V      |          these wooden balls by a little wax at particular distances
74 V      |         wish; and then placing a little gunpowder on the extremities
75 VI     |      carefully together, with as little rough handling as possible;
76 VI     |          by experience that if a little mercury is spread over that
77 VI     |        boiling; but when I add a little mercury to it the gas ceases
78 VI     |        examine these phenomena a little more closely. Here is a
79 VI     |       are combined together in a little voltaic arrangement in a
80 VI     |     present; and now let us go a little deeper into the subject
81 VI     |           Let me show you that a little more strongly. I have here