It will bend eventually because u have heated it up so much it wouldn't be able to function
It becomes molten like the lava in the earth.
When one end of a piece of metal is heated, the metal molecules gain energy and vibrate more rapidly. This causes the molecules to expand, leading to the expansion of the metal itself. As a result, the metal will bend or warp due to the uneven distribution of heat throughout its structure.
When an acid is placed on a piece of metal, a chemical reaction occurs where the acid reacts with the metal to form a salt and release hydrogen gas. This reaction is known as metal-acid reaction and can result in the metal deteriorating or dissolving depending on the type of metal and acid involved.
Solid carbon dioxide, also known as dry ice, sublimes directly into carbon dioxide gas when heated. So, if it is heated from -100oC to -78oC, it will transition from a solid directly to a gas without passing through the liquid phase.
A sharp metal piece is typically called a "metal shard" or a "metal splinter."
Nothing! but if you keep it in for a while, the flame turns orange
When one end of a piece of metal is heated, the metal molecules gain energy and vibrate more rapidly. This causes the molecules to expand, leading to the expansion of the metal itself. As a result, the metal will bend or warp due to the uneven distribution of heat throughout its structure.
it become ductile
contracts (get smaller)
It becomes hot liquid.
metal
Not enough information is provided to answer the question.
Forge: The dictionary even states that it is a forge. A Blacksmith heats the metal in a forge. It's DEFINITELY called a forge. A forge is an open-top fire where metal is heated for smithing or smelting. A furnace is a closed piece of equipment. It is used for many things, like heating water, fireing pottery, extracting ores, etc. A Blacksmith does not usually use a furnace, and metal to be smithed is always heated in a forge.
When a rectangular piece of heated metal is allowed to cool at room temperature, it will lose heat to the surrounding air through conduction, convection, and radiation. The rate of cooling will depend on factors such as the metal's thermal conductivity, surface area, and the temperature difference between the metal and the environment. As it cools, the metal may contract slightly, which can lead to changes in its dimensions. Eventually, the metal will reach thermal equilibrium with the surrounding environment.
No single piece of metal will produce electricity when heated. You will need two different metals, mechanically touching. When the join between the metals is heated, it will produce electricity, dependant on the metals used. This is known as a 'thermocouple'.
The drawing pin which is the closest to the heat/bunsen burner will fall off first because of the heat partials travel through the metal rod and through each piece of wax causing the wax to melt.
When an acid is placed on a piece of metal, a chemical reaction occurs where the acid reacts with the metal to form a salt and release hydrogen gas. This reaction is known as metal-acid reaction and can result in the metal deteriorating or dissolving depending on the type of metal and acid involved.
The first visible color of the room temperature metal will depend on the specific metal being heated. Typically, metals start to glow red when heated to a certain temperature. This red color is due to incandescence, where the metal is emitting thermal radiation as it heats up.