The second hottest star would typically appear blue in color. Stars emit different colors based on their temperature, with blue indicating a very high temperature.
The hottest star is of blue color. The more the heat , the more is the excitement of electrons in star. This electrons vibrate with high frequency and emits light. Since the frequency is high, it appears as of blue color
no it is very hot but it isnt the hottest that we know of
Yes, the hottest stars are blue in color. Stars emit light across a range of colors, and the color of a star depends on its temperature. Blue stars are among the hottest, with surface temperatures exceeding 30,000 Kelvin.
The hottest flame color is typically blue, as it indicates a high temperature flame burning at a more efficient rate. This is often seen in combustion reactions that have sufficient oxygen supply.
Red is the coolest star and blue is the hottest.
The second hottest star would typically appear blue in color. Stars emit different colors based on their temperature, with blue indicating a very high temperature.
The hottest star is of blue color. The more the heat , the more is the excitement of electrons in star. This electrons vibrate with high frequency and emits light. Since the frequency is high, it appears as of blue color
One of the most hottest star is Eta carinae. its surface temperature is 36000-40000 Kelvin. it color is blue.
no it is very hot but it isnt the hottest that we know of
A yellow star is a "medium" temperature star - a blue star is the hottest.
Red stars are the coolest of the stars.However, for completeness:A brown dwarf is cooler.A white dwarf can be the hottest and one of the coolest (Depending on age)A black dwarf is the coldest.
Yes, the hottest stars are blue in color. Stars emit light across a range of colors, and the color of a star depends on its temperature. Blue stars are among the hottest, with surface temperatures exceeding 30,000 Kelvin.
The hottest flame color is typically blue, as it indicates a high temperature flame burning at a more efficient rate. This is often seen in combustion reactions that have sufficient oxygen supply.
A nova star can appear in various colors depending on its temperature. In general, they can appear white or bluish-white in color when they are at their hottest phase.
Massive stars can appear in a range of colors depending on their surface temperature. They can range from blue (hottest) to white, yellow, orange, and red (coolest). The color of a massive star can provide clues about its temperature and stage of life.
Ironically the blue stars are the hottest considering blue is usually a "cool" color.