Mercury's surface temperature varies drastically due to its lack of a significant atmosphere, which means it cannot retain heat. During the day, temperatures can soar to around 800°F (427°C) when exposed to the Sun, while at night, they can plummet to about -330°F (-201°C) due to the rapid loss of heat. Additionally, Mercury's slow rotation—taking about 59 Earth days to complete a single rotation—contributes to the extreme temperature differences between day and night.
Much of Krakatoa's surface is the same temperature as any othe ground surface. During an eruption, the surface can be close to 2000 degrees where lava is present.
Saturn's average surface temperature is a frigid -288 degrees Fahrenheit (-178 degrees Celsius). The planet does not have a solid surface like Earth but rather a thick atmosphere made mostly of hydrogen and helium.
Saturn's surface temperature can vary depending on the region, but in general, it ranges from -180°C to -130°C (-292°F to -202°F). The temperature is colder in the outer regions of the planet and can be influenced by factors such as sunlight and atmospheric conditions.
The much hotter planet is Saturn. Saturn's average surface temperature is about 40 degrees Celsius above that of Neptune.
The temperatures below Saturn's clouds are much higher than those at the top of the clouds. The planet gives off about 2 1/2 times as much heat as it receives from the Sun. Many astronomers believe that much of Saturn's internal heat comes from energy generated by the slow sinking of helium through the liquid hydrogen in the planet's interior. The temperature at the top of Saturn's clouds averages -285° F (-175 °C). The core of Saturn is much hotter, estimated at 11,700 °C.
The temperature of the ocean at the surface is not constant across all oceans. For example, the Arctic Ocean will have a much colder surface temperature than the Pacific.
it can varie depending on different things
Weaker, much weaker.
200 degrees
Mercury is much closer to the sun, but it is also a very small planet, it's too small to sustain an atmosphere. The surface is a near vacuum, similar to being on the moon, so the heat from the sun cannot easily be retained. In contrast, Venus has a very thick carbon dioxide atmosphere, a greenhouse gas. This thick atmosphere is able to hold in the heat that is received from the sun, so the overall temperature at the surface remains very high, higher than mercurys surface temperature.
The surface temperature of Sirius A, the primary star in the Sirius binary system, is estimated to be around 9,940°C (17,984°F). Sirius B, its white dwarf companion, is much hotter with a surface temperature of about 25,000°C (45,000°F).
The Sun is much much hotter than the Earth. The Sun's surface temperature is approximately 5,800 K. The surface temperature of the Earth, by contrast, rarely exceeds 331ºK
Much of Krakatoa's surface is the same temperature as any othe ground surface. During an eruption, the surface can be close to 2000 degrees where lava is present.
It's around $12.00 if your buying it at a store. On Ebay the price can varie from $1.00 to $30.00. I hope this helps you.
Each bank have their own rules, and the amount varie from bank to bank It could be fifty thousand dollars at a time .
That is the approximate temperature at the center of the sun. The visible surface is much cooler at about 10,000 degrees.
The coefficient of superficial expansion refers to the ratio of change in area to an increase in its temperature. It measures the expansion of a Laminar surface.