Physics, asked by sharmisthadas62, 23 days ago

The difference between the boiling point and the freezing point is ___________ degrees in both the Celsius and Kelvin scales.​

Answers

Answered by simran123480
0
Answer
100

Explanation
In Celsius 0 ice point and 100 boiling point 0-100 = 100
In kelvin 273 icepoint and 373 boiling point 273-373 = 100


Hope it helps you
Answered by thakrepayal
0
  • A Comparison of the Fahrenheit, Celsius, and Kelvin Temperature Scales.
  • Because the distinction between the purpose|melting point temperature of the water and also the boiling point of water is 100° on each the astronomer and Kelvin scales, the scale of a degree (°C) and a kelvin (K) are exactly similar.
  • In distinction, each degree and a kelvin are \frac{9}{5} the scales of a degree (°F).
  • The kelvin is that the same size because of the astronomer degree, thus measurements are simply regenerated from one to the opposite.
  • The purpose melting point temperature of the water is0\°C = 273.15 K; the boiling point of water is100\°C = 373.15 K.
  • The Kelvin and astronomer scales are connected as follows:

T (in \°C) + 273.15 = T (in K)\\T (in K) - 273.15 = T (in \°C)  

  • Degrees on the temperature scale, however, are supported associated English tradition of victimization twelve divisions, just as1 ft = 12 in.
  • The relationship between degrees Fahrenheit Gabriel Daniel Fahrenheit|physicist and degrees astronomer is as follows: wherever the constant for degrees Fahrenheit is precise. (Some calculators have an operation that permits you to convert directly between °F and °C.)
  • There is only 1 temperature that the numerical worth is that the same on each of the Fahrenheit and astronomer scales:

The relationship between the scales are as follows:

\°C = (\frac{5}{9} )\times(\°F-32)\\\°F = (\frac{9}{5} )\times(\°C)+32

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