10 17 4 35 8 Sun ent. Cn. today
9 4 7* rise 2 15 10 Sa 4 34 8 making longest
10 5 _very hot_, 11 13 4 34 8 day 14 h. 51 m.
11 6 St. Barnabas. 12 26 4 34 8 Full Moon 12 day,
12 7 _then rain_. 1 Cp 4 34 8 at 1 morn.
13 C Whitsunday. 2 20 4 35 8 Moon rise 8 20 aft.
14 2 2h Aq 4 35 8 _Now I've a sheep_
15 3 K. Geo. II. procl 3 15 4 35 8 _and a cow, every_
16 4 ff. Sun Sat. _wind, rain_, 4 27 4 35 8 _body bids me good_
17 5 Sxtil Sat. Merc. _hail and_ 5 Pi 4 35 8 _morrow._
18 6 _thunder_ 6 21 4 35 8 Moon rise 11 10 af.
19 7 Day shorter 2 m. 6h Ar 4 35 8
20 C Trinity Sund. 7 15 4 36 8 Last Quarter
21 2 _If we have
The shock to the nerves (or convulsion rather) is occasion'd by the sudden passing of the fire through the body in its way from the top to the bottom of the bottle.Page 4
EXPERIMENT V.Page 8
_ This experiment should be made in a closet where the air is very still.Page 9
These appearances we attempt to account for thus.Page 11
_I am_, &c.Page 12
--This is called an electrical jack; and if a large fowl were spitted on the upright shaft, it would be carried round before a fire with a motion fit for roasting.Page 22
Friction between a non-electric and an electric _per se_, will produce electrical fire; not by _creating_, but _collecting_ it: for it is equally diffused in our walls, floors, earth, and the whole mass of common matter.Page 24
When a ridge of mountains thus dams the clouds, and draws the electrical fire from the cloud first approaching it; that which next follows, when it comes near the first cloud, now deprived of its fire, flashes into it, and begins to deposite its own water; the first cloud again flashing into the mountains; the third approaching cloud, and all the succeeding ones, acting in the same manner as far back as they extend, which may be over many hundred miles of country.Page 27
Hence thunder-gusts after heats, and cool air after gusts; the water and the clouds that bring it, coming from a higher and therefore a cooler region.Page 33
The extremities of the portions of atmosphere over these angular parts are likewise at a greater distance from the electrified body, as may be seen by the inspection of the above figure; the point of the atmosphere of the angle C, being much farther from C, than any other part of the atmosphere over the lines C, B, or B, A: And besides the distance arising from the nature of the figure, where the attraction is less, the particles will naturally expand to a greater distance by their mutual repulsion.Page 34
The manner is this: Take leaf gold, leaf silver, or leaf gilt copper, commonly called leaf brass or _Dutch_ gold: cut off from the leaf long narrow strips the breadth of a straw.Page 39
This looks as if the whole received by the bottle was again discharged from it.Page 44
more of this electrical fluid than other common matter: That when it is blown, as it cools, and the particles of common fire leave it, its pores become a vacuum: That the component parts of glass are extremely small and fine, I guess from its never showing a rough face when it breaks, but always a polish; and from the smallness of its particles I suppose the pores between them must be exceeding small, which is the reason that Aqua-fortis, nor any other menstruum we have, can enter to separate them and dissolve the substance; nor is any fluid we know of, fine enough to enter, except common fire, and the electrical fluid.Page 47
1st, That a non-electric easily suffers a change in the quantity of the electrical fluid it contains.Page 48
I placed a glass plate under my cushion, to cut off the communication between the cushion and floor; then brought a small chain from the cushion into a glass of oil of turpentine, and carried another chain from the oil of turpentine to the floor, taking care that the chain from the cushion to the glass touch'd no part of the frame of the machine.Page 52
The Second Edition.