Of the "Known" planets, none of them experience temperatures greater than 1,000 degrees.
Venus only peaks at 462 °C.
The temperature decreases by about 6.4 degrees Celsius for every 1000 meters increase in altitude. Therefore, at 1400 meters above sea level, the temperature is estimated to be about 9 degrees Celsius cooler than at sea level.
The Fahrenheit temperature of 1000 Kelvin is 1340 degrees Fahrenheit.
Neither. Surface temperature is about 5,600 degrees
Metals that have high melting points above 1000 degrees Celsius, such as iron, copper, and titanium, will generally be solids at 1000 degrees Celsius. Other metals with lower melting points, like lead or mercury, would be liquids or gases at this temperature.
26>t-3
mars
The temperature decreases by about 6.4 degrees Celsius for every 1000 meters increase in altitude. Therefore, at 1400 meters above sea level, the temperature is estimated to be about 9 degrees Celsius cooler than at sea level.
about 1000 degrees
Water boils at a lower temperature as elevation increases due to the decrease in atmospheric pressure. On average, water will boil in a town located 1000 m above sea level at about 97.8 degrees Celsius (208 degrees Fahrenheit).
A volcanic eruption can produce lava that ranges in temperature from 1300 to 2200 degrees Fahrenheit (700 to 1200 degrees Celsius). However, the exact temperature can vary based on the composition of the lava and the type of volcano.
For every thousand (1000) feet above sea level, the boiling point of water drops by two (2) degrees. Water at sea level boils at 212 degrees Fahrenheit or 100 degrees celsius. Fifteen (15) feet above sea level will make no real difference to the temp needed for boiling.
The Fahrenheit temperature of 1000 Kelvin is 1340 degrees Fahrenheit.
yes
1000 deegres or up
1000 degrees to 1300 degrees
the temperature would be 50 degrees
Water will boil at a lower temperature in a town located at 1000 m above sea level compared to sea level. On average, water boils at around 98.4 degrees Celsius at this elevation due to the decrease in atmospheric pressure.