with him, but I was to make the best of it.
Our first papers made a quite different appearance from any before in
the province; a better type, and better printed; but some spirited
remarks of my writing, on the dispute then going on between Governor
Burnet and the Massachusetts Assembly, struck the principal people,
occasioned the paper and the manager of it to be much talk'd of, and in
a few weeks brought them all to be our subscribers.
Their example was follow'd by many, and our number went on growing
continually. This was one of the first good effects of my having
learnt a little to scribble; another was, that the leading men, seeing
a newspaper now in the hands of one who could also handle a pen,
thought it convenient to oblige and encourage me. Bradford still
printed the votes, and laws, and other publick business. He had
printed an address of the House to the governor, in a coarse,
blundering manner, we reprinted it elegantly and correctly, and sent
one to every member. They were sensible of the difference: it
strengthened the hands of our friends in the House, and they voted us
their printers for the year ensuing.
Among my friends in the House I must not forget Mr. Hamilton, before
mentioned, who was then returned from England, and had a seat in it.
He interested himself for me strongly in that instance, as he did in
many others afterward, continuing his patronage till his death.
 I got his son once L500.--[Marg. note.]
Mr. Vernon, about this time, put me in mind of the debt I ow'd him, but
did not press me. I wrote him an ingenuous letter of acknowledgment,
crav'd his forbearance a little longer, which he allow'd me, and as
soon as I was able, I paid the principal with interest, and many
thanks; so that erratum was in some degree corrected.
But now another difficulty came upon me which I had never the least
reason to expect. Mr. Meredith's father, who was to have paid for our
printing-house, according to the expectations given me, was able to
advance only one hundred pounds currency, which had been paid; and a
hundred more was due to the merchant, who grew impatient, and su'd us
all. We gave bail, but saw that, if the money could not be rais'd in
time, the suit must soon come to a judgment and execution, and our
hopeful prospects must, with us, be ruined, as the press and letters
COLLINSON, of _London_, F.Page 9
Thus, the whole force of the bottle, and power of giving a shock, is in the GLASS ITSELF; the non-electrics in contact with the two surfaces, serving only to _give_ and _receive_ to and from the several parts of the glass; that is, to give on one side, and take away from the other.Page 19
Which shews that bodies having less than the common quantity of Electricity, repel each other, as well as those that have more.Page 23
The sun supplies (or seems to supply) common fire to all vapours, whether raised from earth or sea.Page 24
When a great number of clouds from the sea meet a number of clouds raised from the land, the electrical flashes appear to strike in different parts; and as the clouds are jostled and mixed by the winds, or brought near by the electrical attraction, they continue to give and receive flash after flash, till the electrical fire is equally diffused.Page 27
It is safer to be in the open field for another reason.Page 28
'Tis supposed they form triangles, whose sides shorten as their number increases; 'till the common matter has drawn in so many, that its whole power of compressing those triangles by attraction, is equal to their whole power of expanding themselves by repulsion; and then will such piece of matter receive no more.Page 36
The horizontal motion of the scales over the floor, may represent the motion of the clouds over the earth; and the erect iron punch, a hill or high building; and then we see how electrified clouds passing over hills or high buildings at too great a height to strike, may be attracted lower till within their striking distance.Page 42
I know it is commonly thought that it easily pervades glass, and the experiment of a feather suspended by a thread in a bottle hermetically sealed, yet moved by bringing a nibbed tube near the outside of the bottle, is alledged to prove it.Page 43
Nor have we any way of moving the electrical fluid in glass, but one; that is, by covering part of the two surfaces of thin glass with non-electrics, and then throwing an additional quantity of this fluid on one surface, which spreading in the non-electric, and being bound by it to that surface, acts by its repelling force on the particles of the electrical fluid contained in the other surface, and drives them out of the glass into the non-electric on that side, from whence they are discharged, and then those added on the charged side can enter.Page 44
The quantities of this fluid in each surface being equal, their repelling action on each other is equal; and therefore those of one surface cannot drive out those of the other: but, if a greater quantity is forced into one.Page 47
Hence we see the.Page 50
Accordingly we find, that if the prime conductor be electrified, and the cork balls in a state of repellency before the bottle is charged, they continue so afterwards.Page 52
There is added a copious Index of the Terms contained in the Work, answering the End of a Dictionary of General Geography.Page 54
When the prime conductor is apply'd to take it off the glass, the back crescent disappears.