The bimetallic strip made of iron and brass would bend most when heated. This is because brass has a higher coefficient of thermal expansion compared to aluminium, resulting in a greater bending effect when heated.
When a bi-metal strip is heated, the two metals it is made of expand at different rates due to their different coefficients of thermal expansion. This causes the bi-metal strip to bend or deform, curving towards the side of the metal with the higher coefficient of thermal expansion. This property is utilized in devices such as thermostats to control temperature.
It depends how far you bend it.
When a plate is pushed under an adjacent plate, the process is called subduction. The subducted crust melts into the core and is recycled. When the plate goes into the mantel it is heated to very high temperatures and turns into metamorphic rock.
That depends on what you mean by "not bend". Nothing will bend if it just sits there, but if you attempt to bend it with even your hands, pure gold should bend at least some noticeable distance.
A bimetallic strip in a thermostat coil typically consists of two different metals bonded together. The metals have different coefficients of thermal expansion, meaning they expand and contract by different amounts when heated or cooled. This temperature-dependent size difference causes the strip to bend, which is used to control the opening and closing of the thermostat.
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.
yes
A bimetallic strip is used in thermostats and other temperature-sensitive devices to bend and break an electrical circuit when a certain temperature is reached. The strip is composed of two different metals with different coefficients of thermal expansion, causing the strip to bend when heated or cooled.
Under normal conditions, mercury is a liquid, so you can't really bend that. However if you cooled it until it solidified, I guess you could bend it.
The cans mely or bend!:^)
Bend over ill show you ;)
There is a west bend site for parts
heat it up to like 100F and then bend it.
It would break
When heated, a bimetal strip bends towards the side with the material that expands more quickly. This is because the faster-expanding material creates a greater force on that side, causing the strip to bend in that direction.
Heat transfer by the movement of a heated fluid is called _________?