Temperature

Yes, they're both 1000 degrees celsius. you do not feel it because the air molecules are spread out.and due to space as they are connected to space they are near to sun and sun rays are directly reach them so they are very hot about 2000 degree celsius.

Good answer above. Just to add: At the chemical level, the water molecules that constitute liquid water H2O(l) increase in energy as they are heated which causes the velocity or the molecules to increase until the heat of vaporization (boiling) is reached.

The specific heat capacity of tin is 0.227 J/g°C. Using the formula Q = mcΔT, where Q is the heat energy, m is the mass, c is the specific heat capacity, and ΔT is the change in temperature, the heat energy required would be approximately 920.1 Joules.

Anders Celsius, a Swedish astronomer, created his temperature scale in 1742.

At 1000 degrees Celsius, most substances would be in a liquid state, as this is above the boiling point for many materials. However, some substances with higher boiling points, like tungsten or carbon, may still be in solid form even at 1000 degrees Celsius.

Quantity of heat contained in a body is given by Q = M s t

Here M is the mass of the body. Though the temperature is low compared to that of boiling water in a cup, the mass of lake water is comparatively very large. Hence the result

More dense than what? I presume you mean is it more dense at that temperature than at lower temperatures. The answer is no, it gets denser at lower temperatures, all the way down to 4 degrees centigrade. Then it gets less dense again.

Yes, 58 degrees Celsius is considered hot. This temperature is well above room temperature and can cause discomfort or even burns if in direct contact with skin for a prolonged period of time.

Distance from the Sun (for star systems not our own, distance from the primary star(s)) the closer to a star the more energy reaches the planet.

Atmospheric composition - how much energy gets to the surface and how much is trapped in.

Terrestrial composition; what the solid stuff is made of and how it reacts with stellar/solar energies. Some things reflect light back, others absorb the energy and radiate it back as heat.

Also, for planets not around the Sun, the size and energy output (heat) of the star(s) would be factored in. :P

The surface temperature on Triton, a moon of Neptune, can vary dramatically due to its thin atmosphere and distance from the Sun. Temperatures can range from about -235°C (-391°F) during the day to -235°C (-399°F) at night.

The temperature at ground zero in Hiroshima at the moment of the atomic bomb explosion in 1945 reached several million degrees Celsius, instantly vaporizing everything in the immediate vicinity.

13 degrees below zero? 13 degrees below freezing? Clarification is needed.

The temperature at the surface of the sun is about 10,000Fahrenheit (5,600 Celsius). The temperature rises from the surface of the sun inward towards the very hot center of the sun where it reaches about 27,000,000 Fahrenheit (15,000,000 Celsius)

Seals generally maintain a body temperature close to that of the surrounding water in which they live. The range can vary depending on the species, but typically ranges from around 36-38°C (97-100°F). They have thick blubber layers that help insulate them and maintain their body temperature.

Uranus has an average temperature of about -224 degrees Celsius (-371 degrees Fahrenheit). Its upper atmosphere is mostly made up of hydrogen, helium, and methane gases, which contribute to its cold temperatures.

The surface temperature of the star Deneb is estimated to be around 8,525 degrees Celsius (15,377 degrees Fahrenheit).

Saturn is a gas giant and does not have a solid surface, so it doesn't have a "high temperature" like rocky planets. However, it has a hot upper atmosphere with temperatures around -150 degrees Celsius.

35 degrees Celsius = 95 degrees Fahrenheit

Sink temp, or sink temperature, refers to the temperature of a heat sink, which is a device that helps transfer heat away from a component or system to prevent overheating. Maintaining a lower sink temperature is crucial for efficient heat dissipation and proper functioning of electronic devices.

The temperature of the sun's corona can reach over a million degrees Fahrenheit.

-96 °C is about -140.8 °F

F = 9/5 C + 32

= 172.8 + 32

= 140.8

The temperature for the asthenosphere ranges from around 1300 to 1600 degrees Fahrenheit (700 to 870 degrees Celsius). These elevated temperatures are due to the combination of geothermal heat and the residual heat from the Earth's formation.

In June, temperatures can vary depending on location, with the Northern Hemisphere experiencing warmer weather due to summer. Typically, temperatures range from mild to hot in many regions during this month. It is advisable to check specific weather forecasts for the area you are interested in for more accurate information.