E=mc^2 states that energy is mass and mass is energy. Therefore if you add heat energy to a body its mass increases. For example when water is heated in a microwave oven; the oven adds about 1.11x10^-17 of mass for every joule of heat added to the water. This is a tiny amount but a change none the less.
No, an empty container will not increase in mass when heated. Heating an empty container will not create additional matter within the container to increase its mass.
Mass
When heated, the thermal energy supplied to the metal causes the thermal motion of its atoms to increase, disrupting the alignment of their magnetic moments. This disrupts the collective magnetic behavior that gives the metal its magnetic properties. As a result, the metal loses its magnetism when heated.
When a metal ball is heated, its volume increases due to thermal expansion. As the temperature rises, the metal's atoms vibrate more vigorously and tend to occupy more space, causing the ball to expand. This increase in volume occurs uniformly, affecting the entire structure of the ball. However, the mass of the metal remains unchanged during this process.
It doesn't react. it is so unreactive that all it will do is eventually melt if you heat it high enough.
No, an empty container will not increase in mass when heated. Heating an empty container will not create additional matter within the container to increase its mass.
no
Mass
The mass of TiO2 does not increase as it is heated. As TiO2 is heated, the titanium becomes more oxidised, and increases in oxidation state, and so oxygen is added to the molecule, making TiO3. As oxygen is added to TiO2, the mass you measure increases, but it does not stay as TiO2.
When steel (or indeed anything) is heated its mass does not change. Volume is altered by cooling and heating. In this case the volume of the steel would increase.
When copper oxide is heated, it undergoes a chemical reaction that causes it to lose oxygen atoms, resulting in the formation of copper metal. The mass of the copper metal formed is equal to the mass of the original copper oxide. Therefore, the overall mass remains the same.
When heated, the thermal energy supplied to the metal causes the thermal motion of its atoms to increase, disrupting the alignment of their magnetic moments. This disrupts the collective magnetic behavior that gives the metal its magnetic properties. As a result, the metal loses its magnetism when heated.
Increases If the gap can easily be conceived as a small break in a metal ring, then the expansion of the metal ring may decrease the gap size.
Any object will increase in mass, if you increase its energy (E = mc2). The effect is insignificant under normal circumstances.Apart from that, the mass of copper will not inrease. It will burn at some point and the reslulting compounds will weigh more.
Only an insignificant amount, due to mass-energy equivalence - the added energy implies some added mass.
The over excited metal-molecules are rapidly accelerating when the metal is heated, and this excitement caused them to collide more frequently than usual and in more drastic and random motions. The increase in kinetic energy promotes expansion.
The volume will increase, since most liquids tend to expand when they are heated. The mass will NOT increase, for most practical purposes - since there is something called "conservation of mass". However, the energy added to the liquid is equivalent to a small amount of mass; this is insignificant for most practical purposes.