A pipeclay triangle.
Pots are not usually made to withstand large pressures. In any case, it would depend on the thickness of the pot.
No, but pot metal may contain aluminum. The term pot metal names an alloy of various metals, typically of low melting point, but does not define the content or percentages. Pot metal today will be mostly zinc but will contain other metals such as lead, copper, aluminum, tin, magnesium, or others.
It depends on the material the pot is made of. If the pot is made of stainless steel or cast iron, it is likely to be magnetic. However, if the pot is made of aluminum or copper, it will not be magnetic.
Heat transfer occurs through conduction from the pot to the metal grill, then through convection as the air around the pot is heated and rises. Some radiant heat may also be transferred from the campfire to the pot.
The art of metal pot making is called "metalsmithing" or "metalworking." This skilled craft involves shaping and forming metal into functional or decorative objects through techniques such as hammering, casting, and soldering.
Pipeclay triangle
Yes
Zinc or pot metal
Pots are made from metal alloys, ceramics or glass.
Zinc or pot metal
Usually "pot metal," or low-grade steel.
A triangle of metal and a ceramic container, such as a crucible, is commonly referred to as a "crucible triangle" in science. It is used to support the crucible during heating over a Bunsen burner or other heat source in laboratory experiments.
A cauldron.
The handle made of metal will be hotter, since metal conducts heat very well, and wood conducts heat very poorly.
Aluminum
Usually "pot metal," or low-grade steel.
A triangle of metal and pot is commonly used in scientific experiments to hold a crucible over a Bunsen burner for heating substances at high temperatures. This setup allows for precise control of the heating process and is a common technique in chemistry labs for various applications such as heating samples for chemical reactions or evaporating liquids.