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That's not geometry: look up the density of the metal then calculate (if it's not quoted in cu. in.).
A Staedtler compass (a typical example of a drawing compass) has a lead fastened in one arm to draw the outline of a circle. A metal point fastened in the second arm is pressed lightly on the paper on which the compass then pivots.
It depends on the density of the metal.
A bi-metal is constructed with two dissimilar metals bonded together. The expansion factor is different in each metal. When heat is applied the bi-metal will bend in the direction of the metal with the least amount of expansion factor.
The dielectric constant varies, depending on the material.
Malleability is not a type of metal. It is a property of metals.
malleability
it is also known as foundry processes
The different classifications for manufacturing processes are casting processes, machining processes, surface finishing processes, metal working processes joining processes, and shearing and forming processes. The processes used to change the physical characteristics of materials are hardening and tempering.
heating and melting it
Any metal carbonate + any acid (Metal)nCO3 +Hn(Oxidate) -> Metal Oxidate + water + CO2
Yes, a typical property of metals is malleability.
Shiny.
Cerium is a metal. It is one of the lanthanide series elements and exhibits typical metallic properties such as conductivity and luster.
Meitnerium is a synthetic element that is expected to exhibit properties typical of metals. Thus, it can be classified as a metal.
Aluminum is considered a metal. It is a good conductor of electricity and heat, has metallic luster, and exhibits other typical properties of metals such as malleability and ductility.
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