Heat and temperature are the same physical quantities.
Addition of heat increases the internal energy of a substance and subtracting it reduces it.
With the addition of heat, the temperature always rises.
Ice and water of the same mass and the same temperature have the same internal energy.
Heat can only be transferred from a warmer to a colder body if the bodies are physically in contact.
The black body has the greatest ability to radiate heat and absorb heat rays.
During spring, the air by the sea heats up faster than the air on the land.
Radiators heat the apartment by the transfer of heat through the air.
. On the way home, however, it was 
. What was the temperature change?
. When we got home, however, the temperature was 12-degree warmer. What was the temperature like when we got home?
to 
. What happens to the movement of molecules at a lower temperature?
to 
, with an accuracy of 
. If possible, describe how to calibrate it.
?
to 
.
in the morning and 
in the afternoon. By how many
has the temperature changed? What is the change in temperature expressed in kelvin?
).
the strip remains straight. When we raise the temperature to 
, the strip bends. Find out which example in the picture correctly illustrates a heated bimetallic strip if we know that when heated, iron expands less than copper.
water on an electric heater.
to 
?
. After a few hours, we read the temperature again using the other thermometer which shows 
.
. Which thermometer can be used to measure the temperature in Antarctica, alcoholic or mercury?
, and the second has boiling water. Find out from the picture what the temperature is in the third cup.
. What is the melting point of mercury in kelvin?
temperature scale?
