Simply no
An "open flame" refers to flame, usually used as a heating source, that is directly exposed to the outside elements, or often the object to be heated. Examples would include a Bunsen burner, a bonfire, or in some cases grills. The opposite would include heating elements that do not directly openly expose the flame, such as old stoves or heating elements.
The black deposit produced represents soot particles, heated to incandescence. It comes about when the combustion of air is insufficient.
Sugar should not be heated directly with a Bunsen flame because it can quickly melt and possibly catch fire. The high heat can cause rapid caramelization and the release of flammable gases, leading to a potential fire hazard. It is safer to use indirect heat sources, such as a double boiler or a hot plate, to heat sugar gradually and prevent overheating.
Different elements produce different colors when heated. Here are a few examples: Lithium produces a red flame Sodium produces a yellow flame Copper produces a blue-green flame Potassium produces a lilac flame Barium produces a pale green flame
Some hot plates are heated pureley by candle flame heat located underneath.Whilst I have seen flame heated I have also seen electric heated hot plated which can have to be plugged in whilst some re charge it depends on your make model and brand.
Which combination describes the flame color of the compound when heated?
poison serpent
An "open flame" refers to flame, usually used as a heating source, that is directly exposed to the outside elements, or often the object to be heated. Examples would include a Bunsen burner, a bonfire, or in some cases grills. The opposite would include heating elements that do not directly openly expose the flame, such as old stoves or heating elements.
Earth.
Yes
The black deposit produced represents soot particles, heated to incandescence. It comes about when the combustion of air is insufficient.
Sugar should not be heated directly with a Bunsen flame because it can quickly melt and possibly catch fire. The high heat can cause rapid caramelization and the release of flammable gases, leading to a potential fire hazard. It is safer to use indirect heat sources, such as a double boiler or a hot plate, to heat sugar gradually and prevent overheating.
- the flask is protected - the liquid is heated more uniform
Lead And Cryptonite
Different elements produce different colors when heated. Here are a few examples: Lithium produces a red flame Sodium produces a yellow flame Copper produces a blue-green flame Potassium produces a lilac flame Barium produces a pale green flame
When heated in an open flame the crystals are dehydrated and turn grayish-white. -www.wikipedia.com
Potassium