Thermodynamics
Which of the following pairs may give equal numerical values of the temperature of a body?
Convert $$-40^{0}F$$ to the Celsius scale.
$$F=-40^{0}F$$
Substitute the value of $$F$$ in below equation,
$$\frac{C}{5}=\frac{F-32}{9}$$
$$\frac{C}{5}=\frac{-40-32}{9}$$
$$\frac{C}{5}=\frac{-72}{9}$$
$$\frac{C}{5}=-8$$
$$C=-8*5$$
$$C=-40$$
Solution = $$-40^{0}C$$.
Which of the following pairs may give equal numerical values of the temperature of a body?
The temperature at which Centigrade thermometer and Kelvin thermometer gives the same reading, is :
The highest officially recorded temperature in the continental United States was $$134^oF$$ in Death Vallley. California. What is this temperature on the Celsius scale?
Which of the curves in figure represents the relation between Celsius and Fahrenheit temperature?
A centigrade and a Fahrenheit thermometer are dipped in boiling water. The water temperature is lowered until the Fahrenheit thermometer resisters $$140^0$$. What is the fall in temperature as registered by the Centigrade thermometer?
At what temperature the centigrade ( Celsius ) and Fahrenheit, readings are the same
If temperature of an object is $$140^\circ F$$, then its temperature in centigrade is
Convert $$5^{0}F$$ to the Celsius scale.
Which of the curves in figure represents the relation between celsius and Fahrenheit temperature?
If the temperature of a body in both celsius scale and fahrenheit scale are equal. Calculate its temperature.