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15 Sentences With "changes the position of"

How to use changes the position of in a sentence? Find typical usage patterns (collocations)/phrases/context for "changes the position of" and check conjugation/comparative form for "changes the position of". Mastering all the usages of "changes the position of" from sentence examples published by news publications.

The Gaia mission team also changes the position of the spacecraft's axis, too, allowing the vehicle to cover the entire sky in two-month increments.
"To me, this round … really changes the position of the company, not only as we march towards market leadership, but as we go beyond restaurants and become the last mile for commerce," he said.
The Pyramorphix rotates in a way that changes the position of center pieces not only with other center pieces but also with corner pieces, leading to a variety of shapes.
The movement of the cam over a single year changes the position of the hours on the watch face. In 1873 the Japanese government adopted Western style timekeeping practices, including equal hours that do not vary with the seasons, and the Gregorian calendar.
The pathophysiology of MTD is multifactorial. Voice production requires the coordination of multiple muscles and other structures in the larynx. Multiple factors cause the muscles of the larynx to become tense. This changes the position of the larynx and affects the cartilaginous structures within the larynx leading to abnormal phonation.
While geometric translation is often viewed as an active process that changes the position of a geometric object, a similar result can be achieved by a passive transformation that moves the coordinate system itself but leaves the object fixed. The passive version of an active geometric translation is known as a translation of axes.
At the end of the dish's arm, a Y-adapter is found which holds both LNBs. The BEV 91 LNB is in the centre of the dish while the BEV 82 LNB is offset to the left. Rotating the dish (i.e., modifying the skew angle) changes the position of the 82 LNB while maintaining position for BEV 91.
The combined action of these two motions is called general precession, and changes the position of the equinoxes by about 50 arc seconds (about 0.014°) per year.Explanatory Supplement (1992), sec. 1.322 and 3.21 Once again, this is a simplification. Periodic motions of the Moon and apparent periodic motions of the Sun (actually of Earth in its orbit) cause short-term small- amplitude periodic oscillations of Earth's axis, and hence the celestial equator, known as nutation.
In Biblical Hebrew, or in poetic forms of Hebrew, a pronominal direct object can be incorporated into a verb's conjugation rather than included as a separate word. For example, ahavtikha, with the suffix -kha indicating a masculine, singular, second-person direct object, is a poetic way to say ahavti otkha ("I love you"). This also changes the position of the stress; while ahavti puts the stress on hav (), ahavtikha puts it on ti (). The same is true also of Arabic and Akkadian.
The muscles shown are subscapularis muscle (at right), infraspinatus muscle (at top left), teres minor muscle (at bottom left) The movement of the scapula across the rib cage in relation to the humerus is known as the scapulohumeral rhythm, and this helps to achieve a further range of movement. This range can be compromised by anything that changes the position of the scapula. This could be an imbalance in parts of the large trapezius muscles that hold the scapula in place. Such an imbalance could cause a forward head carriage which in turn can affect the range of movements of the shoulder.
The puzzle can be thought of as twisting around its corners: each move changes the position of three edge pieces adjacent to the same corner, by rotating them around that corner. There are in fact eight more "hidden" pieces inside the puzzle, which are located at the corners and are fixed to the puzzle's core; these pieces only become visible in the middle of a move. The vast majority of mass-produced Dino Cubes have the standard six-colour scheme, with one colour on each face of the cube in the solved state. This is in common with most other cubic twisty puzzles, including the Rubik's Cube.
Though nuclei within the island of stability around N = 184 are predicted to be spherical, studies from the early 1990s—beginning with Polish physicists Zygmunt Patyk and Adam Sobiczewski in 1991—suggest that some superheavy elements do not have perfectly spherical nuclei. A change in the shape of the nucleus changes the position of neutrons and protons in the shell. Research indicates that large nuclei farther from spherical magic numbers are deformed, causing magic numbers to shift or new magic numbers to appear. Current theoretical investigation indicates that in the region Z = 106–108 and N ≈ 160–164, nuclei may be more resistant to fission as a consequence of shell effects for deformed nuclei; thus, such superheavy nuclei would only undergo alpha decay.
At last an earthquake changes the position of the cavern and Cythna is released by some passing mariners, who convey her to the city of Othman. The sailors are persuaded by her discourses during the voyage to take a part in the insurrection, which Cythna arrives in time to lead. The merciless slaughter which followed the suppression of the revolt by the mercenary troops of the Tyrant's allies has led to a devastating plague accompanied by famine. The allies each invoke their separate Gods to relieve them of the pestilence, and resolve (at the suggestion of one "Iberian priest") to offer Cythna and Laon as a sacrifice to the deity; whoever locates them will receive the tyrant's daughter in marriage.
In classical physics, translational motion is movement that changes the position of an object, as opposed to rotation. For example, according to Whittaker: A translation is the operation changing the positions of all points (x, y, z) of an object according to the formula :(x,y,z) \to (x+\Delta x,y+\Delta y, z+\Delta z) where (\Delta x,\ \Delta y,\ \Delta z) is the same vector for each point of the object. The translation vector (\Delta x,\ \Delta y,\ \Delta z) common to all points of the object describes a particular type of displacement of the object, usually called a linear displacement to distinguish it from displacements involving rotation, called angular displacements. When considering spacetime, a change of time coordinate is considered to be a translation.
Astrologers usually have only a small knowledge of astronomy, and often do not take into account basic principles—such as the precession of the equinoxes, which changes the position of the sun with time. They commented on the example of Élizabeth Teissier, who claimed that, "The sun ends up in the same place in the sky on the same date each year", as the basis for claims that two people with the same birthday, but a number of years apart, should be under the same planetary influence. Charpak and Broch noted that, "There is a difference of about twenty-two thousand miles between Earth's location on any specific date in two successive years", and that thus they should not be under the same influence according to astrology. Over a 40-year period there would be a difference greater than 780,000 miles.

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