A mercury therometer is transferred from melting ice to a hot liquid. The mercury rises 0.95 of the distance between lower and upper fixed points. What is the temperature of the liquied in `.^@C` and in `.^@F` ?

A mercury thermomeeter is transferred from melting ice to a hot liquid. The mercury rises to 9//10 of the distance between the two fixed points. Find the temperature of the liquid in Fahrenheit scale

when a thermometer is taken from the melting ice to a warm liquid, the mercury level rises to (2)/(5)th of the distance between the lower and the upper fixed points. Find the temperature of liquid in .^(@)C and K.

When a thermometer is taken from the melting ice to warm liquid , the mercury level rises to (2^(th))/(5) of the distance between the lower and the upper fixed points . The temperature of liquid in K is

When the mercury thread rises to 3/4th of the distance between the two fixed points, what is the temperature indicated by the Fahrenheit scale?

A mercury thermometer is to be made with glass tubing of internal bore 0.5 mm diameter and the distance between the fixed point is to be 20 cm. Estimate the volume of the bulb below the lower fixed point, given that the coefficient of cubical expansion of mercury is 0.00018//K . and the coefficient of linear expansion of glass is 0.000009//K .

The pressure of the gas in a constant volume gas thermometer is 80cm of mercury in melting ice at 1 atm . When the bulb is placed in a liquid, the pressure becomes 160cm of mercury. Find the temperature of the liquid.

What is the distance between the points A(c,0) and B(0,-c)?