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How are the Fahrenheit Kelvin and Celsius scales different? - Answers

Fahrenheit was developed in Germany and the theory was that zero was as low as it could get, so water's melting point was set at 32 degrees and boiling was arbitrarily set at 212. Celsius is easy- water freezes at 0 and boils at 100. Kelvin uses the Celsius gradients, but zero really is as cold as it can get. Absolute zero- no heat energy at all.



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How are the Fahrenheit Kelvin and Celsius scales different? - Answers

https://math.answers.com/math-and-arithmetic/How_are_the_Fahrenheit_Kelvin_and_Celsius_scales_different

Fahrenheit was developed in Germany and the theory was that zero was as low as it could get, so water's melting point was set at 32 degrees and boiling was arbitrarily set at 212. Celsius is easy- water freezes at 0 and boils at 100. Kelvin uses the Celsius gradients, but zero really is as cold as it can get. Absolute zero- no heat energy at all.



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https://math.answers.com/math-and-arithmetic/How_are_the_Fahrenheit_Kelvin_and_Celsius_scales_different

How are the Fahrenheit Kelvin and Celsius scales different? - Answers

Fahrenheit was developed in Germany and the theory was that zero was as low as it could get, so water's melting point was set at 32 degrees and boiling was arbitrarily set at 212. Celsius is easy- water freezes at 0 and boils at 100. Kelvin uses the Celsius gradients, but zero really is as cold as it can get. Absolute zero- no heat energy at all.

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      Fahrenheit was developed in Germany and the theory was that zero was as low as it could get, so water's melting point was set at 32 degrees and boiling was arbitrarily set at 212. Celsius is easy- water freezes at 0 and boils at 100. Kelvin uses the Celsius gradients, but zero really is as cold as it can get. Absolute zero- no heat energy at all.

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