English-Latin translation :: sun :: Dictionary (2025)

English - Latin Dictionary:

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Synonyms of the word "sun":

Moon Myung Sun.
Sunned sunned Sunning
sunning Suns suns

The definition of word "sun":

+10 English-Latin translation :: sun :: Dictionary (1) 1. The star at the centre of the solar system, around which the Earth and other planets orbit. It is a yellow dwarf and has a spectral classification of G2.
+2 English-Latin translation :: sun :: Dictionary (2) 2. airport Name: Friedman Memorial Airport; location: Hailey, Idaho, United States; IATA Code: SUN; ICAO Code: KSUN
+2 English-Latin translation :: sun :: Dictionary (3) 3. Star around which the components of the solar system revolve. It is about five billion years old and is the dominant body of the system, with more than 99% of its mass. It converts five million tons of matter into energy every second by nuclear fusion reactions in its core, producing neutrinos and solar radiation. The small amount of this energy that penetrates Earth's atmosphere provides the light and heat that support life. A sphere of luminous gas 864,950 mi (1,392,000 km) in diameter, the Sun has about 330,000 times the mass of Earth. Its core temperature is close to 27 million °F (15 million °C) and its surface temperature about 10,000 °F (6,000 °C). The Sun, a spectral type G (yellow) star, has fairly average properties for a main-sequence star. It rotates at different rates at different latitudes; one rotation takes 36 days at the poles but only 25 days at the equator. The visible surface, or photosphere, is in constant motion, with the number and position of sunspots changing in a regular solar cycle. External phenomena include magnetic activity extending into the chromosphere and corona, solar flares, solar prominences and the solar wind. Effects on Earth include auroras and disruption of radio communications and power-transmission lines. Despite its activity, the Sun appears to have remained relatively unchanged for billions of years.
+1 English-Latin translation :: sun :: Dictionary (4) 4. first day of the week, day before Monday
+1 English-Latin translation :: sun :: Dictionary (5) 5. star at the center of the solar system around which the planets revolve; light and heat given off by the sun; star
+1 English-Latin translation :: sun :: Dictionary (6) 6. Sun tzu
+1 English-Latin translation :: sun :: Dictionary (7) 7. Sun Microsystems
English-Latin translation :: sun :: Dictionary (8) 8. expose to the sun's rays; warm or dry in the sunshine; expose oneself to the sun's rays, warm oneself in the sunshine
English-Latin translation :: sun :: Dictionary (9) 9. born January 6, 1920, Kwangju Sangsa Ri, P'y&#014F;ngan-puk province, Korea; South Korean religious leader. Convinced that he was designated by God as a successor to Jesus, Moon began to preach a new religion, loosely based on Christianity, in North Korea in 1946. After being imprisoned by North Korean authorities, he escaped or was released and went to South Korea, where he founded the Unification Church in 1954 and built a multimillion-dollar business empire. In 1973 he moved his headquarters to Tarrytown, New York, U.S., where he became the focus of controversies over fund-raising techniques, tax evasion and the indoctrination of followers (popularly called Moonies). In 1982 Moon was convicted of tax evasion, sentenced to 18 months in prison and fined $25,000. He has also suffered from a damaging exposé by his daughter-in-law. In the 1990s the church began operations in Brazil, where its purchase of large tracts of rainforest has been widely criticized.
English-Latin translation :: sun :: Dictionary (10) 10. Baltimore Sun
English-Latin translation :: sun :: Dictionary (11) 11. the Sun King
English-Latin translation :: sun :: Dictionary (12) 12. Moon Sun Myung
English-Latin translation :: sun :: Dictionary (13) 13. sun bear
English-Latin translation :: sun :: Dictionary (14) 14. sun dance
English-Latin translation :: sun :: Dictionary (15) 15. sun worship
English-Latin translation :: sun :: Dictionary (16) 16. Sun Yat sen
English-Latin translation :: sun :: Dictionary (17) 17. Sun Yixian
English-Latin translation :: sun :: Dictionary (18) 18. Yi Sun shin;
English-Latin translation :: sun :: Dictionary (19) 19. This time-lapse film shows the formation and dissolution of granules, updrafts of gas that form star around which the Earth and the other components of the solar system revolve. It is the dominant body of the system, constituting more than 99 percent of its entire mass. The Sun is a source of an enormous amount of energy, a portion of which provides the Earth with the light and heat necessary to support life. The Sun is a sphere of luminous gas 1, 392,000 km (864, 950 miles) in diameter. Its mass is 1.99 1033 grams or about 330,000 times the mass of the Earth. The Sun generates energy by nuclear fusion reactions in its core at a rate of 3.86 1033 ergs per second. Although its core temperature is close to 15,000,000 K, the temperature of the surface of the Sun (the photosphere) is only about 5, 800 K. This is average in terms of stellar temperatures and the Sun is an average star in every respect. Just one of 100 billion stars in the Milky Way Galaxy, it is classified as a yellow dwarf of spectral class G2 and falls in the middle of the main sequence on the Hertzsprung-Russell diagram. The Sun's apparent magnitude is -26.5, but its absolute magnitudethe brightness it would appear to have at a standard distance of 10 parsecs (32.6 light-years)is a mere +4.6, which is near the limit of naked-eye visibility. The Sun appears extremely bright to the terrestrial observer only because it is the star nearest the Earth, lying at an average distance of 149, 600,000 km (92, 957,000 miles). The Sun is so massive that its constituent matter is strongly compressed by gravity. At the Sun's core, the compressed gas is at such a high temperature that nuclear-fusion reactions are triggered. The dominant energy-producing reaction at the core is the proton-proton chain. Under intense heat and pressure, protons (hydrogen nuclei) collide and combine one after the other to form stable helium nuclei. The helium nuclei are slightly less massive than the protons that combined to produce them and this residual mass is released as energy. The Sun converts five million tons of matter into energy every second; this is a negligible proportion of its total mass. Energy is first released as gamma rays, but this form of electromagnetic radiation undergoes a considerable number of interactions with overlying material on its way to the photosphere. Several hundreds of thousands of years later, the degraded radiation emerges mainly as visible light and infrared radiation (heat). A by-product of the proton-proton reaction is neutrinos. Because these particles have neither mass nor electrical charge, they escape from the Sun at the speed of light. Recent experiments designed to detect solar neutrinos reaching the Earth, however, have found fewer than expected. This discrepancy may suggest that the Sun's core temperature is slightly cooler than 15 million K, that the exact mix of elements at the core is different from that inferred from the composition of its surface layers or that the neutrinos interact with the solar mass and are converted into a different, undetectable form of neutrino. Solar radiation emerges at the photosphere. Detailed spectral studies reveal that the composition of this region is about 90 percent hydrogen, 9.9 percent helium and a small admixture of heavy elements (e.g., iron, calcium and sodium). This reflects the chemical makeup of the material from which the Sun was formed, though fusion reactions will have altered the mix in the interior. Observations of the photosphere show that the Sun rotates slowly. Because it is a gaseous body, however, the Sun spins at different rates at different latitudes, with the equatorial regions spinning fastest. One rotation takes 36 days at the poles, but only 25 days at the equator. On more detailed examination, the photosphere is found to be in constant motion, literally bubbling up and down as energy emerges in a network of 1,000-kilometre wide granulation cells. It has been recently established that the whole solar surface oscillates back and forth about 4 km every 2 hours 40 minutesnearly twice the predicted resonant period of vibration for the Sun. The appearance of the photosphere is continually changing, with an increase or decrease in the number of sunspots. These areas of the solar surface, which may measure as much as 50,000 km across, are places where strong local magnetic fields inhibit the normal convective motions of the photosphere. The gas inside a sunspot is about 1,500 K cooler than its surroundings and so the spot appears dark against the Sun's disk. Magnetic activity extends into the Sun's atmosphere. Upward-moving jets of gas, called spicules, emerge from the chromosphere, the inner atmosphere that extends out to about 7,000 km above the solar surface. The spicules apparently follow the same loops of magnetic field that break through the photosphere to cause sunspots. In the corona, the outer atmosphere that constitutes the luminous envelope of the Sun, sudden changes in the local magnetic fields appear to result in the formation of prominences, especially eruptive onesflamelike protuberances of coronal matter in which constituent atoms and ions emit light upon capturing electrons. Another type of feature, called a loop prominence, is produced by matter ejected into the corona by solar flares, violent eruptions associated with rapidly evolving magnetic fields in photospheric sunspot regions. Such eruptions initially release streams of high-speed electrons and atomic nuclei, followed by a secondary emission of large amounts of ultraviolet, gamma and X radiation. The flares increase the intensity of the solar wind, a continuous outflow of charged particles from the corona. The solar wind moves through interplanetary space at speeds of 350 to 700 km per second and it extends at least to the orbit of Neptune. The solar activity cycle, during which the number of sunspots, prominences and flares increase from minimum to maximum before decreasing again, extends for a period of 11 years. Although this cycle has recurred regularly for many thousands of years, the Sun appears to have remained virtually unchanged. The Sun is not expected to undergo any dramatic changes for another 5 billion years, when it will expand into a red giant star as it approaches the later stages of its life . star around which the Earth and the other components of the solar system revolve. It is the dominant body of the system, constituting more than 99 percent of its entire mass. The Sun is the source of an enormous amount of energy, a portion of which provides the Earth with the light and heat necessary to support life. The Sun is classified as a G2 V star, with G2 standing for the second hottest stars of the yellow G classof surface temperature about 5, 800 kelvins (K)and the V representing a main sequence or dwarf, star, the typical star for this temperature class (G stars are so called because of the prominence of a band of atomic and molecular spectral lines that the German physicist Joseph von Fraunhofer designated G.) The Sun exists in the outer part of the Milky Way Galaxy and was formed from material that had been processed inside a supernova. The Sun is not, as is often said, a small star. Although it falls midway between the biggest and smallest stars of its type, there are so many dwarf stars that the Sun falls in the top 5 percent of stars in the neighbourhood that immediately surrounds it. Additional reading Popular works on the Sun include Herbert Friedman, Sun and Earth (1986); Ronald G. Giovanelli, Secrets of the Sun (1984) and Robert W. Noyes, The Sun, Our Star (1982). Karl Hufbauer, Exploring the Sun: Solar Science Since Galileo (1991), chronicles the history of developments in this field. Works of a more technical nature include Peter Foukal, Solar Astrophysics (1990); R.O. Pepin, J.A. Eddy and R.B. Merrill, The Ancient Sun: Fossil Record in the Earth, Moon and Meteorites (1980); Michael Stix, The Sun: An Introduction (1989), showing the many techniques and ideas utilized to study the Sun; Wasaburo Unno et al., Nonradial Oscillations of Stars (1979); Harold Zirin, Astrophysics of the Sun (1988); A.N. Cox, W.C. Livingston and M.S. Matthews, Solar Interior and Atmosphere (1991) and papers from three Skylab Solar Workshops: Jack B. Zirker (ed.), Coronal Holes and High Speed Wind Streams (1977); Peter A. Sturrock, Solar Flares (1980) and Frank Q. Orrall, Solar Active Regions (1981). Harold Zirin
English-Latin translation :: sun :: Dictionary (20) 20. S T A R (n) the star that the Earth spins around, which provides light and heat for the Earth, or the light or heat that the Earth receives from this star The sun is the centre of our solar system. The sun rises in the east and sets in the west. I can feel the sun on my back. The sun's rays are at their most powerful at midday. You've been in the sun, haven't you? Look how brown you are! I think I've had a bit too much sun today - I've got a headache. Shall we go and sit out in the sun? We thought we'd go out for a walk while the sun was shining. See picture: Planets I've tried everything under the sun (= everything possible) on this stain, but I just can't get rid of it. An area of land or a place that is sun-baked is very dry and shows that it has received a lot of sun. Judging by the cracks in the sun-baked earth, it had not rained for weeks. We strolled along the sun-baked streets of Naples. A place that is sun-drenched frequently receives a lot of sun. We spent the entire holiday lying on the sun-drenched beaches at the south end of the island. Sun-dried vegetables have been dried by leaving them in the sun so that their flavour becomes much stronger. The sauce is made from onions, wine and sun-dried tomatoes. A sun-god is the sun worshipped as a god in some ancient religions. Remember to pack your sun-hat (= hat to protect your head from the sun) . (esp. humorous) Sun-kissed might describe a place that receives a lot of sun or a person whose appearance is attractive because they have recently been in the sun. When I last saw them, they were heading for the sun-kissed shores of Spain. Her hair had gone blonder and she had that sun-kissed look about her. Sun-up is US for sunrise. A sun visor is a flat piece at the top of the front window of a vehicle which protects the driver's eyes from strong sun. See picture: Car interior
English-Latin translation :: sun :: Dictionary (21) 21. china plate
English-Latin translation :: sun :: Dictionary (22) 22. Sun Microsystems, Inc.
English-Latin translation :: sun :: Dictionary (23) 23. Dream symbol Hands-on / Spiritual healer
English-Latin translation :: sun :: Dictionary (24) 24. Stanford University Networks

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We have found the following latin words and translations for "sun":

English Latin
1. sun

Phoebus

2. sun

sol

3. sun

sol solis

4. sun

stella

So, this is how you say "sun" in latin.

Conjugation of the verb "sun":

presentI sun
you sun
he/she/it suns
we sun
you sun
they sun

simple pastI sunned
you sunned
he/she/it sunned
we sunned
you sunned
they sunned

present perfectI have sunned
you have sunned
he/she/it has sunned
we have sunned
you have sunned
they have sunned

past continuousI was sunning
you were sunning
he/she/it was sunning
we were sunning
you were sunning
they were sunning

futureI shall sun
you will sun
he/she/it will sun
we shall sun
you will sun
they will sun

continuous presentI am sunning
you are sunning
he/she/it is sunning
we are sunning
you are sunning
they are sunning

subjunctiveI be sunned
you be sunned
he/she/it be sunned
we be sunned
you be sunned
they be sunned

diversesun
let's sun
sunned
sunning

Are these conjugations of the verb "sun" useful? Please search for other verbs to see their conjugations, too.

Expressions containing "sun":

English Latin
1.

eclipse of the sun

labores solis
2.

rays of sun

crinis
3.

setting (of the sun

occasus
4.

the rising sun

oriens

We hope that these expressions give you a good idea about how to use the word "sun" in sentences.

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Tags: sun, Phoebus, sol, sol solis, sol, stella, English - Latin Dictionary, English

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English-Latin translation :: sun :: Dictionary (2025)
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