Galilei, Galileo, De Motu Antiquiora

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                  <s id="id.1.1.4.02.04">
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                  the heaviness of water so that resists: for since they are assumed to remain as they are, the pressure will not be greater than the resistance, nor vice versa.</s>
                  <s id="id.1.1.4.02.05">Consequently, the heaviness of water so is equal to the heaviness of the magnitude ef: which is unacceptable; for since the size of ef taken as whole is greater than the size of the same water so, the heaviness of the magnitude ef also will be greater than the heaviness of water so. </s>
                  <s id="id.1.1.4.02.06">It is consequently manifest that magnitudes equally as heavy as water are completely submerged in water: in addition, I say that they are no more carried upward than downward, but that, wherever they are placed, there they remain.</s>
                  <s id="id.1.1.4.02.07">For there is no cause in virtue of which they should go down or up: for since they are assumed to be equally as heavy as water, to say that they go down in water would be the same as if we were to say that water, in water, goes down under water, and that on the other hand the water that rises above the first water then goes down again, and that water thus continues without end going alternately down and up; which is unacceptable.</s>
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