Suppose that on a temperature scale X, water boils af -`60^(@)`X and freezes ar-`180.5^(@)` X What would a temperature of 350 K be on the X-scale?

Suppose that on a linear temperature scale X, water boils at -72.0^@X and freezes at -123.0^@X . What is a temperature of 59.0 K on the X scale ? (Approximate water's boiling point as 373K .)

On a temperature scale Y, water freezes at -160^@ Y and boils at -50^@ Y . On this Y scale , a temperature of 340 K is

Define Sublimation and Triple point. In a random temperature scale X, water boils at 200^@X and freezes at 20^@ X. Find the boiling point of a liquid in this scale if it boils at 62^@C

On an X temperature scale, water freezes at -125.0^(@) X and boils at 375.0^(@) X . On a Y temperature scale, water freezes at -70.0^(@)Y and boils at -30.0^(@)Y . The value of temperature on X-scale equal to the temperature of 50.0^(@)Y on Y-scale is

On an X temperature scale, water freezes at -125.0^(@) X and boils at 375.0^(@) X . On a Y temperature scale, water freezes at -70.0^(@)Y and boils at -30.0^(@)Y . The value of temperature on X-scale equal to the temperature of 50.0^(@)Y on Y-scale is

On an X temperature scale, water freezes at -125.0^(@) X and boils at 375.0^(@) X . On a Y temperature scale, water freezes at -70.0^(@)Y and boils at -30.0^(@)Y . The value of temperature on X-scale equal to the temperature of 50.0^(@)Y on Y-scale is

In a random temperature scale, water boils at 200^@ X and freezes at 20^@ X . Find the boiling point of liquid of a liquid in this scale at 62^@C .

On a liner X temperature scale , water freezes at -125.0^@X and boils at 360.0^@X . On a linear Y temperature scale water freezes at -70.00^@Y and boils at -30.00^@Y . A temperature of 50.00^@Y corresponds to what temperature on the X scale ?