A young high school student has invented a new temperature scale, the Zuban scale (his last name, of course). In common with the Kelvin, Celsius, and Fahrenheit scales, it is a linear scale. According to Zuban,
1)the boiling point of water which is 100.00 °C = 373.15 K = 0.00 °Z
2)the boiling point of sulfur which is 444.60 °C = 717.75 K = 250.00 °Z
3)the melting point of silver which is 960.15 °C = 1233.30 K = 624.02 °Z Calculate the value of absolute zero on the Zuban scale. Hint: First, consider whether or not the temperature scales have the same magnitude increments; then you can determine the value of absolute zero.

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The Answer of A young high school student has invented a new temperature scale, the Zuban scale (his last name, of course). In common with the Kelvin, Celsius, and Fahrenheit scales, it is a linear scale. According to Zuban,
1)the boiling point of water which is 100.00 °C = 373.15 K = 0.00 °Z
2)the boiling point of sulfur which is 444.60 °C = 717.75 K = 250.00 °Z
3)the melting point of silver which is 960.15 °C = 1233.30 K = 624.02 °Z Calculate the value of absolute zero on the Zuban scale. Hint: First, consider whether or not the temperature scales have the same magnitude increments; then you can determine the value of absolute zero.

A Young High School Student Has Invented a New Temperature