1. önce geliş, takaddüm.2. devinim, devinme.3. (astr.) Presesyon, devinim: Dünya ekseninin 27.000 yılda bir tamamladığı 360 derecelik dönüşe verilen isim, gün n eşitliği zamanının gerilemesi, yalpalama, yalpa, devinim, devinme, presesyon, precession of the equinoxes astr, takaddüm, PRESESYON:Bak. "apparent precession" "induced precession" "real precession", önce geliş, devinim [ast.], devinme [ast.],
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1. önce geliş, takaddüm.2. devinim, devinme.3. (astr.) Presesyon, devinim: Dünya ekseninin 27.000 yılda bir tamamladığı 360 derecelik dönüşe verilen isim
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gün n eşitliği zamanının gerilemesi
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yalpalama
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yalpa
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devinim
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devinme
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presesyon
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precession of the equinoxes astr
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takaddüm
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PRESESYON:Bak. "apparent precession" "induced precession" "real precession" Askeri
precedence, The wobbling motion of the axis of a spinning body when there is an external force acting on the axis, The slow gyration of the earth’s axis around the pole of the ecliptic, caused mainly by the gravitational torque of the sun and moon, The wobble of earth on its axis, Refers to two geometical systems which, oriented perpendicularly to each other, reveal a new system or geometric relationship, (MRI) The spin of protons around the axis of the magnet, Circular motion performed by a spinning object about a fixed line in space which is not its axis of rotation (spin), Systems in Motion with Respect to Each Other Involving 90 Degrees, The slow change in the direction of the axis of a spinning object, caused by some external influence, a slow change in the direction of the Earth's axis of rotation caused by external forces; one cycle takes nearly 26,000 years, the motion of a spinning body (as a top) in which it wobbles so that the axis of rotation sweeps out a cone, The slow gyration of the earth's axis around the pole of the ecliptic, caused mainly by the gravitational pull of the sun and moon, the act of preceding in time or order or rank (as in a ceremony), A modern term, derived from the precession of the equinoxes and applied to motion around a cone by the rotation axis of a spinning body, wobble in Earth's axis that, over a cyclical period of 23,000 years, influences the time at which the earth is closest to and farthest from the sun; ultimately, this affects the timing of the changes of the seasons on Earth, Due to the pole of the equator revolving around the pole of the ecliptic, the equinoctial point moves backward with relation to the constellations at the rate of approximately 50" per year It makes a complete revolution through the twelve constellations in the great cosmic year of 25,920 earthly years, or 2160 years to pass through one constellation There is disagreement among authorities as to the exact position of the vernal equinox (0° Aries) at present, but all are agreed that it is approaching the end of the Age of Pisces and entering the Age of Aquarius, Precession refers to the wobbling effect that a rotating object has A top wobbles a little bit as it spins The earth also has a little wobble What we see as due north, where the North Star is, is slowly changing, slow wobble of an object's rotation axis or an object's orbit The precession of the Earth's rotation axis is caused by the gravitational pulls of the Sun and the Moon on the Earth's equatorial bulge, The apparent shift of the celestial poles caused by a gradual wobble of the Earth's axis, The motion that results from the application of a torque that tends to displace the axis of rotation of a rotating object, A slow but relatively uniform motion of the earth's rotational axis that causes changes in the coordinate systems used for mapping the sky The earth's axis of rotation does not always point in the same direction, due to gravitational tugs by the sun and moon (known as lunisolar precession) and by the major planets (known as planetary precession), Phenomenon associated with the action of a gyroscope or a spinning top and consisting of a comparatively slow rotation of the axis of rotation of a spinning body about a line intersecting the spin axis. It arises as a result of external torque acting on the body. One example of precession is the smooth, slow circling of a spinning top (the uneven wobbling is called nutation). Precession of the earth's axis of rotation is the reason that the positions of celestial bodies appear to drift systematically with the passage of time. See also precession of the equinoxes, the act of preceding in time or order or rank (as in a ceremony) the motion of a spinning body (as a top) in which it wobbles so that the axis of rotation sweeps out a cone, precedence; priority, antecedence; progress, advancement, The comparatively slow torquing of the orbital planes of all satellites with respect to the Earth's axis, due to the bulge of the Earth at the equator which distorts the Earth's gravitational field Precession is manifest by the slow rotation of the line of nodes of the orbit (westward for inclinations less than 90 degrees and eastward for inclinations greater than 90 degrees), The slow, smooth increase or decrease of an angle When used to describe the changing orientation or an orbit, one can imagine an ellipse (the orbit) spinning around a central point When used to describe a spinning body, it is the circular gyration of the body's rotation axis, comparatively slow gyration of the axis of a spinning body so as to trace out a cone; caused by the application of a torque tending to change the direction of the rotation axis, and continuously directed at right angles to the plane of the torque The magnetic moment of a nucleus with spin will experience such a torque when inclined at an angle to the magnetic field, resulting in precession at the Larmor frequency A familiar example is the effect of gravity on the motion of a spinning top or gyroscope, The slow (once per 26,000 years) gyration of the earth's axis, The tendency of the Earth's axis to wobble in space over a period of 23,000 years The Earth's precession is one of the factors that results in the planet receiving different amounts of solar energy over extended periods of time, An isolated nuclear spin's state can be associated with a spatial direction using the Bloch sphere representation If the direction rotates around the -axis at a constant rate, we say that it precesses around the -axis The motion corresponds to that of a classical top experiencing a torque perpendicular to both the -axis and the spin axis For a nuclear spin, the torque can be caused by a magnetic field along the -axis, A modern term, derived from the precession of the equinoxes and meaning a motion around a cone of the rotation axis of a spinning body, Circular motion about the axis of rotation of a body; fixed with respect to the stars The Earth is a giant gyroscope whose axis passes through the North and South Poles and this axis precesses with a period of 27,700 years, The slow change in the direction of Earth's axis of rotation One cycle takes nearly 26,000 years, The act of going before, or forward,
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precedence
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The wobbling motion of the axis of a spinning body when there is an external force acting on the axis
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The slow gyration of the earth’s axis around the pole of the ecliptic, caused mainly by the gravitational torque of the sun and moon
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The wobble of earth on its axis
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Refers to two geometical systems which, oriented perpendicularly to each other, reveal a new system or geometric relationship
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(MRI) The spin of protons around the axis of the magnet
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Circular motion performed by a spinning object about a fixed line in space which is not its axis of rotation (spin)
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Systems in Motion with Respect to Each Other Involving 90 Degrees
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The slow change in the direction of the axis of a spinning object, caused by some external influence
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a slow change in the direction of the Earth's axis of rotation caused by external forces; one cycle takes nearly 26,000 years
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the motion of a spinning body (as a top) in which it wobbles so that the axis of rotation sweeps out a cone
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The slow gyration of the earth's axis around the pole of the ecliptic, caused mainly by the gravitational pull of the sun and moon
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the act of preceding in time or order or rank (as in a ceremony)
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A modern term, derived from the precession of the equinoxes and applied to motion around a cone by the rotation axis of a spinning body
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wobble in Earth's axis that, over a cyclical period of 23,000 years, influences the time at which the earth is closest to and farthest from the sun; ultimately, this affects the timing of the changes of the seasons on Earth
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Due to the pole of the equator revolving around the pole of the ecliptic, the equinoctial point moves backward with relation to the constellations at the rate of approximately 50" per year It makes a complete revolution through the twelve constellations in the great cosmic year of 25,920 earthly years, or 2160 years to pass through one constellation There is disagreement among authorities as to the exact position of the vernal equinox (0° Aries) at present, but all are agreed that it is approaching the end of the Age of Pisces and entering the Age of Aquarius
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Precession refers to the wobbling effect that a rotating object has A top wobbles a little bit as it spins The earth also has a little wobble What we see as due north, where the North Star is, is slowly changing
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slow wobble of an object's rotation axis or an object's orbit The precession of the Earth's rotation axis is caused by the gravitational pulls of the Sun and the Moon on the Earth's equatorial bulge
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The apparent shift of the celestial poles caused by a gradual wobble of the Earth's axis
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The motion that results from the application of a torque that tends to displace the axis of rotation of a rotating object
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A slow but relatively uniform motion of the earth's rotational axis that causes changes in the coordinate systems used for mapping the sky The earth's axis of rotation does not always point in the same direction, due to gravitational tugs by the sun and moon (known as lunisolar precession) and by the major planets (known as planetary precession)
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Phenomenon associated with the action of a gyroscope or a spinning top and consisting of a comparatively slow rotation of the axis of rotation of a spinning body about a line intersecting the spin axis. It arises as a result of external torque acting on the body. One example of precession is the smooth, slow circling of a spinning top (the uneven wobbling is called nutation). Precession of the earth's axis of rotation is the reason that the positions of celestial bodies appear to drift systematically with the passage of time. See also precession of the equinoxes
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the act of preceding in time or order or rank (as in a ceremony) the motion of a spinning body (as a top) in which it wobbles so that the axis of rotation sweeps out a cone
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precedence; priority, antecedence; progress, advancement isim
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The comparatively slow torquing of the orbital planes of all satellites with respect to the Earth's axis, due to the bulge of the Earth at the equator which distorts the Earth's gravitational field Precession is manifest by the slow rotation of the line of nodes of the orbit (westward for inclinations less than 90 degrees and eastward for inclinations greater than 90 degrees)
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The slow, smooth increase or decrease of an angle When used to describe the changing orientation or an orbit, one can imagine an ellipse (the orbit) spinning around a central point When used to describe a spinning body, it is the circular gyration of the body's rotation axis
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comparatively slow gyration of the axis of a spinning body so as to trace out a cone; caused by the application of a torque tending to change the direction of the rotation axis, and continuously directed at right angles to the plane of the torque The magnetic moment of a nucleus with spin will experience such a torque when inclined at an angle to the magnetic field, resulting in precession at the Larmor frequency A familiar example is the effect of gravity on the motion of a spinning top or gyroscope
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The slow (once per 26,000 years) gyration of the earth's axis
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The tendency of the Earth's axis to wobble in space over a period of 23,000 years The Earth's precession is one of the factors that results in the planet receiving different amounts of solar energy over extended periods of time
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An isolated nuclear spin's state can be associated with a spatial direction using the Bloch sphere representation If the direction rotates around the -axis at a constant rate, we say that it precesses around the -axis The motion corresponds to that of a classical top experiencing a torque perpendicular to both the -axis and the spin axis For a nuclear spin, the torque can be caused by a magnetic field along the -axis
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A modern term, derived from the precession of the equinoxes and meaning a motion around a cone of the rotation axis of a spinning body
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Circular motion about the axis of rotation of a body; fixed with respect to the stars The Earth is a giant gyroscope whose axis passes through the North and South Poles and this axis precesses with a period of 27,700 years
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The slow change in the direction of Earth's axis of rotation One cycle takes nearly 26,000 years
Some etymologies, pronunciations, function and usage date content for the English translation portion are from Merriam-Webster Online at www.Merriam-Webster.com. Thanks to Online Yunanca Dil Eğitimi for providing some parts of online greek dictionary. To contribute more resources please contact us. Visuals(images) are provided by Google Image Search API. Some parts of the dictionary is contributed by many users, thank you! The content on this site is for informational purposes only. Bu aramada precession kelimesinin sözlük anlamı ve eşanlamı nedir, nasıl okunur hakkında bilgi verilmektedir. precession kelimesinin etimolojik ve eşanlamları ile ilgili açıklamalar ve bilgiler eksiksiz ve hatasız olarak anılmamalıdır. Burada yer alan precession kelimesi ile ilgili tüm açıklamalar bilgi amaçlıdır. Eksik ve hatalı çevirileri lütfen bildiriniz.
