I think it's liquid because heating it will make it evaporate.
Usually heating the liquid will allow more solid to be dissolved. This not always the case though.
Stirring the liquid and heating it up will usually increase the amount of solute which will dissolve.
Definitely on heating a solid can change into liquid state because on heating the kinetic energy of the particles of solid increase and they move more freely.At stage a particular stage particles leave their definite place and solid change into liquid.Again when we heat liquid it changes into on a particular temperature at atmospheric temperature and this temperature is known as its boiling point
Temperature affects the density of a liquid more than a solid because molecules in a liquid are less tightly packed and more free to move around, causing them to expand or contract with changes in temperature. In a solid, the molecules are closely packed together in a fixed structure, so temperature changes have less impact on the overall density.
Cooling or Heating First of all we have 3 phases, Gas, Liquid and Solid to change from gas to liquid to solid, cooling is required and to change from solid to liquid to gas, heating is required This type of heat is called latent heat, always think of water as an example Ice --> Water , heating Water--> Water Vapour, more heating
egg white. come on, you could have figured that one out by yourself.
Let's us deal this question with an example. To change Ice Cube into water (Liquid), What do u do ? OfCourse heating ( Means Energy contained in the liquid = Energy Contained in the Ice Cube + energy u gave). Similarly, For Water (Liquid)------>> Vapour (Gas) u again do heating (Means Energy contained in a Gas = Energy of liquid + Ur extra Energy by heating) So, It's Obvious that, Gas particles have more energy than Solid.
A alloy is a solid or liquid mixture of two or more metals.
When a solid changes to a liquid, the temperature increases continuously because heat energy is being absorbed by the substance. This energy is used to overcome the intermolecular forces holding the solid's structure together, allowing the molecules to move more freely in the liquid state. As more heat is added, the temperature continues to rise until the entire solid has transformed into a liquid, at which point the temperature stabilizes until further heating occurs.
the buoyant force of the liquid on the solid is more than the buoyant force of the air on the solid.
A substance that turns into a solid after heating is typically a liquid or gas at room temperature. When heated, the molecules within the substance gain energy and move more rapidly, causing them to lose their ability to flow freely and form a solid state. This process is known as solidification or freezing.
The change between solid, liquid and gas is known as a change of state and is affected by the substance and its temperature. E.g. at room temperature water is liquid but a 0oc it becomes ice, a solid.