Radiator
Pressure in the container gets higher because of the steam deriving from water, and if you do not let the steam out it will probably explode in a short time.
the metal will become hot
It creates heat, heat boils water in closed boiler into pressurised steam, expanding pressurised steam drives steam turbine blades, steam turbine drives generator creating electricity, electricity powers metro system
metal oxide
Yes Distilled water can be used in nuclear power plants to obtain steam. This steam after spinning the turbines (to turn electric generators for electricity generation) is condensed in a closed circuit and returned back as water to be heated up again and turned to steam.
Pressure in the container gets higher because of the steam deriving from water, and if you do not let the steam out it will probably explode in a short time.
You should always use a thermometer.
No, any container that is closed will develop pressure when heated. The water to steam ratio is ~1603 : 1. This means that 1 cubic centimeter of water expands to about 1603 cubic centimeters of steam. Any container that is tightly closed won't be if it is heated enough as that steam WILL find a way to escape often explosively. It is best to leave a small opening when heating anything.
If the container is plastic the lid will expand and pop off. If the container is ceramic/glass/metal condensation will form on the lid from the steam causing the food to 'sweat'.
The steam pressure (assuming this is a closed container) will be entirely dependent on the temperature. Look up steam tables to get the pressure of saturated steam at various temperatures.
metal + steam = boiler
In a closed system, water can be boiled until it produces water vapor (steam). If the steam is then condensed through a coil of tubing and collected in another container, the same volume of water winds up in the second container that you started with originally. An action created and then reversed to it's original point. Note that this is in a closed system.
In a closed system, water can be boiled until it produces water vapor (steam). If the steam is then condensed through a coil of tubing and collected in another container, the same volume of water winds up in the second container that you started with originally. An action created and then reversed to it's original point. Note that this is in a closed system.
one distinct vapor, steam, is the result of water being heated to and beyond the temperature of two hundred twelve (212) degrees fahrenheit... when this reaction occurs within a closed container, pressure is increased and can force the walls of that container to expand, break apart, or move (if the container is properly constructed); in the case of the container with one movable wall, that describes the general dynamic of what is known as a piston, most famously observed in use for propulsion of the 'steam locomotive'... steam in this example actually is 'kinetic' energy which demonstrates the 'potential' energy inherent in unheated, and motionless water...
one distinct vapor, steam, is the result of water being heated to and beyond the temperature of two hundred twelve (212) degrees fahrenheit... when this reaction occurs within a closed container, pressure is increased and can force the walls of that container to expand, break apart, or move (if the container is properly constructed); in the case of the container with one movable wall, that describes the general dynamic of what is known as a piston, most famously observed in use for propulsion of the 'steam locomotive'... steam in this example actually is 'kinetic' energy which demonstrates the 'potential' energy inherent in unheated, and motionless water...
I know for a fact that on the Iphone it is metal (stone+fire) and steam (air+water)
the metal will become hot