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What else can I help you with?
Is dull surface a good radiator of heat?
It is in fact the best radiator. Dull black is the best absorber and emitter. Then shiny black, followed by white, then silver. While the best reflector goes the other way around (silver's the best, then white, followed by shiny black, then dull black)
Which way do you use tin foil shiny side up or dull side up with fire?
You should use tin foil with the shiny side facing inwards towards the food and the dull side facing outwards when cooking with fire. This can help reflect heat away from the food and prevent the foil from burning.
What is an element that is not shiny and does not conduct heat and electricity well?
An example of an element that is not shiny and does not conduct heat and electricity well is sulfur. Sulfur is a brittle, non-metallic element that typically appears as a yellow solid. It is poor in terms of electrical and thermal conductivity, making it a good insulator. This property, along with its dull appearance, distinguishes sulfur from many metallic elements.
What are the physical properties of metal and non-metal?
metal- shiny non-metal- dull
What solid does not conduct but is malleable and shiny?
t that is a malleable, shiny solid, but doesn't conduct heat or electricity
Which reflects heat shiny black or dull black?
Shiny black
What absorbs more heat-shiny black or dull black?
Generally, dull black
Why will a shiny silver teapot keep tea hot for longer than a dull brown one?
A shiny silver teapot has higher reflectivity, which means it reflects more heat back into the teapot, keeping the contents hotter for longer. A dull brown teapot absorbs more heat, leading to quicker cooling of the tea inside.
Does shiny black absorb more sun then dull black?
Yes, shiny black absorbs less sunlight than dull black. Shiny surfaces reflect more light, so less heat is absorbed compared to dull surfaces which absorb more light and heat.
Why does shiny teapot hotter than dull brown teapot?
A shiny teapot reflects more heat back into itself due to its smooth surface, while a dull teapot absorbs more heat due to its rough surface. This means the shiny teapot retains heat better and stays hotter compared to the dull teapot.
Which would keep water hot for longer a shiny chromium jug or a dull chromium jug?
A polished finish will reflect heat back into the the jug while a dull finish will radiate more heat to the environment. The shiny jug therefore will retain heat better than the dull jug.
Why dull black surface heats up more quickly than bright shiny surfaces?
The shinier the object, the more heat will reflect off of it. For example, a black carwill heat up much faster as the dull black will absorb the heat, while a shiny coloured car will reflect the heat molocules off.
Is dull surface a good radiator of heat?
It is in fact the best radiator. Dull black is the best absorber and emitter. Then shiny black, followed by white, then silver. While the best reflector goes the other way around (silver's the best, then white, followed by shiny black, then dull black)
Why does shiny surfaces absorbe more energy then dull surfaces?
Because, shiny surfaces reflect heat, they don't emit much heat and they don't absorb much heat!
Why does dull dark objects emit more heat than bright shiny ones?
Dull dark objects absorb more light and heat energy than bright shiny objects, which reflect more light. The absorbed light energy is then converted into heat, causing dull dark objects to emit more heat. Bright shiny objects reflect a greater portion of incoming light, so less energy is absorbed and emitted as heat.
Which is the best absorber of inferared radiation heat a dull surface or a shiny one?
A dull surface is a better absorber of infrared radiation heat compared to a shiny surface. The rough texture of a dull surface allows for more absorption of infrared radiation, while a shiny surface reflects much of the radiation.
Is dull black a good emitter?
No, dull black is not a good emitter of heat. Black objects typically absorb heat well but do not emit it efficiently. Shiny or polished surfaces are better at emitting heat than dull or matte ones.
