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What is the name of the type of reaction that happens when carbonates of other metals are heated?
decomposition
If the two metals copper and zinc are heated then what happens?
When copper and zinc are heated together, they can bond and form an alloy called brass. Brass is a strong and durable material that is commonly used in applications where both metals' properties are desired.
Do any metals contract when heated?
No, metals always expand when heated and contract only when cooled.
What do Metals and other substances do when heated?
materials usually expand when heated.
Why do metals do not catch fire when heated whereas paper ignites on heating?
Why do metals do not catch fire when heated whereas paper ignites on heating
What happens when two metals get mixed together?
When two metals are mixed together, they can form an alloy. Alloys combine the properties of both metals, such as strength, durability, and resistance to corrosion. The exact properties of the resulting alloy will depend on the metals used and their proportions.
What happens to matter when heated?
When matter is heated it will expand
What happens to Dielectric strength when heated?
When a dielectric material is heated, its dielectric strength typically decreases. This is because heat can modify the material's properties, structure, and ability to resist electric fields. As a result, the material may become more conductive and less effective at insulating against electrical charges.
What are 3 advantages of metals?
Strength, Endurance, and with some metals: Flexibility
Which metal that when is heated with a Bunsen burned it does not decompose?
Metals are not decomposed by heating. Some metals burn, as magnesium.
What happens when bases is heated?
no answer
What happens to bimetallic strip when it is heated and cooled?
When a bimetallic strip is heated, the two metals expand at different rates causing the strip to bend towards the metal with the lower coefficient of thermal expansion. Conversely, when the strip is cooled, it bends towards the metal with the higher coefficient of thermal expansion. This bending action can be harnessed for applications like thermostats and temperature-sensitive switches.
