luminous flame is the flame when you have not opened the air hole of your Bunsen burner. it moves around a lot. it looks a bit like the flame you find on candles. only it's a lot bigger.
non-luminous flame is the flame when you have opened the air holes of your Bunsen burner. it's really steady, coloured blue only with no orange around it. sometimes though, you'll see small orange flames going up and disappears.
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Luminous: emitting light
A luminous flame is created from an exothermic reaction (normally oxidisation) between that also emits visible light (EM radiation of wavelength 390[violet light]-750nm[red light]).
A non-luminous flame is one that doesn't (EM radiation of wavelength<390nm but >750nm)
Basically, if a reaction is making lots of heat (your normal, yellow Bunsen burner flame is at about 700^C) and you can see it, it's luminous. If you can't see it (and the heat is there) then it's non-luminous)
[The yellow Bunsen burner flame is from the oxidisation of carbon molecules left over from the methane-oxygen reaction. The blue one is too, it's just happening faster so the wavelength decreases - ask your local physics teacher or put 100nm into Wikipedia search]
The luminosity of a flame is the amount of visible light it emits. It varies depending on factors such as the type of fuel being burned, the temperature of the flame, and the presence of impurities. Flames with higher luminosity appear brighter.
The product produced when C5H12O is oxidized depends on the degree of oxidation applied. If fully oxidized to formic acid (HCOOH), the reaction produces 5 moles of carbon dioxide (CO2) and 6 moles of water (H2O).
The density of carbon dioxide gas at -25.2 degree Celsius and 98.0 kPa is approximately 1.80 kg/m^3.
the degree of muscle stretch is affect the strength or force of skeletal muscle contraction
Carbon dioxide gas will be produced. There will be a slight temperature change. As I recall, the reaction is slightly endothermic. If that is the case, depending on the chemical reaction, the water will get slightly cooler.
The luminosity of a flame is the amount of visible light it emits. It varies depending on factors such as the type of fuel being burned, the temperature of the flame, and the presence of impurities. Flames with higher luminosity appear brighter.
The product produced when C5H12O is oxidized depends on the degree of oxidation applied. If fully oxidized to formic acid (HCOOH), the reaction produces 5 moles of carbon dioxide (CO2) and 6 moles of water (H2O).
Carbon dioxide. To a lesser degree, depending on the conditions, the quite toxic carbon monoxide.Carbon dioxide. To a lesser degree, depending on the conditions, the quite toxic carbon monoxide.Carbon dioxide. To a lesser degree, depending on the conditions, the quite toxic carbon monoxide.Carbon dioxide. To a lesser degree, depending on the conditions, the quite toxic carbon monoxide.
A symmetric carbon atom is a carbon atom that is bonded to identical groups or atoms on all sides, leading to a high degree of symmetry in its molecular structure. This symmetry can affect the reactivity and physical properties of the molecule in which the carbon atom is present.
To a degree, yes, it did. The greenhouse gases-carbon dioxide, methane, ozone and water vapor-are produced by volcanic activity.
seventh degree polynomial x3 times x4 = x7
It is the degree of which a substance can affect humans. A toxin or a poison.
Pick an area you enjoy. Your degree will affect your future job prospects.
It is a confusion; atoms haven't degrees.
2000 degree feranheit
The density of carbon dioxide gas at -25.2 degree Celsius and 98.0 kPa is approximately 1.80 kg/m^3.
Yes, carbon monoxide is formed to some degree by burning petrol and other hydrocarbon fuels.