Examples of using It has a temperature in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
It has a temperature of 6074 K and is 3.12 billion years old.
Passion is hot, it is almost feverish, it has a temperature.
It has a temperature of 4017 K and is about 1 billion years old.
TCXO is a high-precision crystal oscillator, it has a temperature compensation circuit, the temperature coefficient is better.
It has a temperature of 3497 K and its age is unknown.
It has a temperature of 2550 K and is at least 500 million years old.
At the light-emitting layer called the photosphere, it has a temperature of about 2,800 K, which is low enough for chemical compounds to form and survive.
It has a temperature of 4699 K and is around 12.5 billion years old or less.
The star has a mass of 0.08 M☉ anda radius of 0.11 R☉. It has a temperature of 2550 K and is at least 500 million years old.
It has a temperature of 2,516 K(2,243 °C; 4,069 °F), and is between 3 and 8 billion years old.
Kepler-37 has a mass about 80.3 percent of the Sun's anda radius about 77 percent as large.[8] It has a temperature similar to that of the Sun, but a bit cooler at 5,417 K. It has about half the metallicity of our Sun.
It has a temperature of 4599 K and is between 1.6 and 12.9 billion years old.
With a stability of±0.5 °C, it has a temperature range to 1200 °C and a display accuracy of±5 °C across its entire range.
It has a temperature of 4699 K and is about 11.0 billion years old, making it one of the oldest stars.
Much of the time it has a temperature over 7,000 K,a radius around 400 R☉, and pulsates irregularly producing small changes in brightness.
It has a temperature of 505 K(232 °C; 449 °F).[2] It has a mass of 2.5 MJ and a radius of 0.96 RJ.
It has a temperature of 3700 K, but its age is poorly constrained, estimates place it greater than 2 billion years old.
It has a temperature of 1,724 K(1,451 °C; 2,644 °F), most likely due to its dusty atmosphere and mass(normally it would be much colder).
It has a temperature of 258 K(- 15 °C; 5 °F).[2] It has a mass of 4.51 MJ[2] and a likely radius of around 1.05 RJ based on its mass.
It has a temperature of 205 K(- 68 °C;- 91 °F).[2] It has an estimated mass of around 1.2 MJ and a potential radius of around 1.05 RJ based on its mass.
It has a temperature of 3620 K and is estimated to be about 9.54 billion years old.[6] In comparison, the Sun is 4.6 billion years old[7] and has a temperature of 5778 K.[8].
It has a temperature of 4925 K and is 7 billion years old.[1] In comparison, the Sun is 4.6 billion years old[4] and has a surface temperature of 5778 K.[5].
It has a temperature of 218 K(- 55 °C;- 67 °F).[7] It has a mass of 10.25 MJ[2] and a likely radius of around 1.02 RJ based on its mass.[citation needed].
It has a temperature of 400 K(127 °C; 260 °F).[1] It has an estimated mass of around 12.9 M⊕,[1] and a potential radius of around 3.5 R⊕ based on its similar mass to Neptune.
It has a temperature of 159 K(- 114 °C;- 173 °F).[2] It has an estimated mass of around 0.36 MJ,[2] and a potential radius of around 8 R⊕ based on its similar mass to Saturn.
Additionally, it has a temperature rating of 165°F(74°C) and can be installed up to 12”(305 mm) below the ceiling to better accommodate potential installation obstructions, such as light fixtures and crown moldings.
It has a temperature of 781 K(508 °C; 946 °F), around that of the surface temperature of Venus.[2] It has an estimated mass of around 5.3 MJ and a potential radius of around 9% larger than Jupiter(1.11 RJ, or 12.2 R⊕) based on its mass, since it is more massive than the jovian planet.
It has a surface temperature of 8056 K and is 12 million years old.
It has a melt temperature of 350°F and can be laundered in small sections.