1 billion is less than 100 billion.
100 nonillion or 100 thousand billion billion billion
373 K Kelvin degrees = 273 + Celsius degrees
100 billion, or 100,000,000,000
10 billion trillion.
100 billion kelvin is an extremely high temperature that is far beyond what is possible to achieve in any known natural or artificial environment. At this temperature, all matter would be completely ionized and exist in a plasma state. It is not a practical or meaningful temperature for most real-world applications.
No. (Note that you don't say "100 degree Kelvin"; "100 Kelvin" is correct.) 100 Kelvin is about 273 degrees (Kelvin or Celsius) less than 100 degrees Celsius.
100°C is the hottest.It is the boiling point of temperature, as compared to 100°F being only a really hot summer day, and 100 K is really freezing.There is no such thing as degrees Kelvin, in sciences it is right to say Kelvin, without the "degrees" part.
Mercury's average temperature is around 440 Kelvin during the day and drops to around 100 Kelvin at night due to its thin atmosphere.
None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.None. The Sun's core is somewhere around 15 million Kelvin; the Sun's Corona can get quite hot - perhaps a million Kelvin, despite the fact that the lower layers are much cooler. But I don't think any part of the Sun reaches 100 million Kelvin.
The water boils at 100 degrees Celsius. That would be 212 in Fahrenheit and 372.15 in Kelvin.
373.15 Kelvin.
373.15 Kelvin
100 degrees Celsius is equal to 373.15 Kelvin. To convert Celsius to Kelvin, you simply add 273.15 to the Celsius value.
In the Kelvin scale, 100 degrees Kelvin is equal to 100 degrees. The Kelvin scale starts from absolute zero, which is the lowest possible temperature.
100 degrees Kelvin is the lowest because it is based on the absolute zero point, where no thermal energy exists. 100 degrees Celsius and 100 degrees Fahrenheit are merely relative scales of measurement based on the properties of water and do not have an absolute zero point.
The average temperature on Mercury is about 400 degrees Kelvin (more than the boiling point of water), but temperatures range from 100 degrees Kelvin (very cold) to around 700 degrees Kelvin (very, very hot).