Which of the following is true regarding temperature scales

Which of the following is true regarding temperature scales? A unit change on the Celsius scale is the same as a unit change on the Rankin scale The Kelvin scale relies on only one calibration point other than absolute zero Celsius and Fahrenheit are examples of thermodynamic temperature scales When inserting temperatures into the ideal gas law they may be in either the Celsius or Kelvin scale Which of the following is an example of an intensive property? Mass Pressure Volume Total energy If a system is steady, is must also be uniform True False

Solution

1.The kelvin scale relies only on one calibration point ,other than absolute zero. That is option b is true regarding temperature scales .

2. Intensive property is defined as the physical property that does not depend on the system size or amount of material in the system.

Examples: pressure, temperature etc.

3.if a system is steady it may or may not be uniform That is option b .false