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Jogular Morotario Sectory 10
Page 12
Timber at Jamestown was plentiful, so many houses, especially in the early years, were of frame construction. During the first decade or two, house construction reflected a primitive use found ready at hand, such as saplings for a sort of framing, and use of branches, leafage, bark, and animal skins. During these early years--when the settlers were having such a difficult time staying alive--mud walls, wattle and daub, and coarse marshgrass thatch were used. Out of these years of improvising, construction with squared posts, and later with quarterings (studs), came into practice. There was probably little thought of plastering walls during the first two decades, and when plastering was adopted, clay, or clay mixed with oyster-shell lime, was first used. The early floors were of clay, and such floors continued to be used in the humbler dwellings throughout the 1600's. It can be assumed that most of the dwellings, or shelters, of the Jamestown settlers, certainly until about 1630, had a rough and primitive appearance.
Where does this energy come from? Enormous jets of red glowing gases can be seen shooting outwards from the sun, like flames from a fire, for thousands of miles. Does this argue fire, as we know fire on the earth? On this point the scientist is sure. The sun is not burning, and combustion is not the source of its heat. Combustion is a chemical reaction between atoms. The conditions that make it possible are known and the results are predictable and measurable. But no chemical reaction of the nature of combustion as we know it will explain the sun's energy, nor indeed will any ordinary chemical reaction of any kind. If the sun were composed of combustible material throughout and the conditions of combustion as we understand them were always present, the sun would burn itself out in some thousands of years, with marked changes in its heat and light production as the process advanced. There is no evidence of such changes. There is, instead, strong evidence that the sun has been emitting light and heat in prodigious quantities, not for thousands, but for millions of years. Every addition to our knowledge that throws light on the sun's age seems to make for increase rather than decrease of its years. This makes the wonder of its energy greater.
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