[{"id": 134579, "created": "2019-03-06T10:17:23.883612", "project_id": 379, "task_id": 74771, "user_id": 427, "user_ip": null, "finish_time": "2019-03-06T10:44:41.262392", "timeout": null, "calibration": null, "external_uid": null, "media_url": null, "info": {"other": "", "translation": "It has, which has to be considered carefully, the same size at all points of the Earth's surface. (This is why the arrows mentioned above were all drawn with the same lenght.) Fig. 3 should illustrate this.\r\nHere, the black and white circles depict the Earth, namely in different points of its orbit. Now the Earth is turning around the centre and centre of mass of movement (R), NOT like a gymnast doing a giant swing around the bar (R) but around (M), like the gondola of a Russian swing. (Die black painted halfths of the Earth correspond to (R) the lower body of the gymnast, (M) to the actual gondola. In this, all points (please note the dotted circles) delineate circles of different sizes at (R), and different, but equally sized circles at (M). Thus, the centrifugal forces are uneven at (R), but of the same size at (M).\r\nThe gravity of the Moon works against them, by nature aiming towards the centre of the Moon (fig. 4, the arrows pointing to the right.) Corresponding to the law of general gravitation and in contrast to the centrifugal force viewed above, it affects the different points of the Earth with varying intensity, the points placed on the opposite side of the Moon are affected more forcefully, whereas thos further away are affected more and more faintly. Fig. 4 indicates this with the different lenghts of the arrows (starkly exaggerated). The differences are rather substantial. They can amount up to 7 %.\r\nThus, two forces are pulling all the time on every particle on Earth in opposing directions. Their overall effects completely cancel each other, since Moon and Earth do not change their interspace. In detail, however, this balance cannot exist due to the differing force of the Moon's gravity. Only in the central zone of the Earth, between A and B in fig. 4, both forces balance each other. At all other points one outweighs the other, the Moon's gravity on that half of the Earth that is illuminated by the Moon, and on the other half the centrifugal force. Everywhere the unbalanced rests - in paralell to a line connection the Moon and the Earth - strive to move away from the centre of the Earth.\r\nIf Earth was malleable, it would elongate under the influence of the remaining forces in the direction of C D and shrink in the direction of A B, perpendicular to it. However, only water which is easily movable can follow such small forces. In C and D it strives away from Earth and thus formes the high tide. It flows from A and B; here, the low tide is formed."}}, {"id": 134915, "created": "2019-08-01T02:19:22.258191", "project_id": 379, "task_id": 74771, "user_id": 138, "user_ip": null, "finish_time": "2019-08-01T03:03:50.581929", "timeout": null, "calibration": null, "external_uid": null, "media_url": null, "info": {"other": "I took some liberty to make the mosquito into a horsefly. \r\nThere is a typo in the movement away from the center of the Earth, which I corrected.\r\nIn the block script article, there is a term, which I do not know, and which is also not in any typographic dictionary I could find, which is the \"Balkon\"  I have left it as it is, sorry for that.", "translation": "How strong are these forces actually, which lift millions of hundredweights of water up several metres?\r\n\r\nThey are astoundingly little. Even on the most favourable spot (at C), the moon's attractive force for every litre (kilogram) does not even reach the amount of 4 milligrams. Of this, most (97%) is compensated by momentum, So for each kilogram of water remains here only a tenth of a milligram. A remainder of the momentum of similar magnitude remains at D. In other places, the forces creating the tide are even more minuscule.\r\n\r\nTherein the largest remaining forces (Those in C and D) remain completely ineffective, as they actually work against the momentum. One tenth of a milligram against one kilogram, a horsefly against a horse. There is no thinking about a movement away from the center of the Earth. The actual creators of the tide lie rather sideways from C and D, that is e. g. at E and F (Fig. 5). Albeit the force residues being even more minuscule than at C. But here they do not work directly against gravity anymore, and therefore cannot be completely bound. A small effective amount always remains. (Figure 5 shows, how this can be found with the help of the force parallelogram.) It points perpendicular to the direction of weight, and is therefore impervious to the attack of the gravitational force.\r\n\r\nTherefore these sideforces can move the bodies of water they capture unobstructed along the surface of the Earth to (D). Tides therefore are a backup and confluence of the waters, not a lift and afterflow.\r\n\r\nFriedhelm Oechsle\r\n\r\n\r\nWhy Block Script?\r\n\r\nA good many of us have deftly  cursed this word, or rather this instruction:\"Address and sender to be written in block letters only\" as it causes most of us difficulties. To the younger generation, maybe less so, as they had to learn this script additionally in school in recent times.\r\n\r\nNow, why even block script? Among all printed scripts, it may be the most neat, clearest, most effective and also the most simple script. At a letter collection and -forwarding office, the public servants do not have the time to decipher every illegible handwritten address for hours, possibly with the aid of a looking glass.\r\nEverybody possibly believes that if they can read their handwriting with ease, that any stranger could similarly read their writing as well. Far from it, my friend. Every one of us has their own handwriting, some the so-called \"written out\" one and others again an \"unpracticed\" one, where every letter has a different shape and direction. Others follow the fad of adding a lot of squiggles, and believe with this to demonstrate to grand effect their (degenerate) art. No surprise then, that one can even guess a person's character from their handwriting.\r\n\r\nNow we now why block script is requested, and how one can acquire it with ease. In the terms of the advertising profession, this is only a one-stroke script, as it is used by us for addresses, but the form is the same. It only becomes a real block script, when it appears like a heavy block, that is, when the strength of each \"Balkon\""}}]