Red
The temperature of a star can be determined by its color. Hotter stars appear blue/white, while cooler stars appear red.
A supergiant star can have different colors depending on its temperature. A hotter supergiant star will appear blue or white, while a cooler supergiant star will appear red or orange.
Yes, the color of a star is determined by its temperature, with hotter stars appearing blue/white and cooler stars appearing red. Generally, larger stars tend to be hotter and appear bluer, while smaller stars are cooler and appear redder.
A pulsating star will appear to increase in size and brightness as it expands and contracts rhythmically. This pulsation can cause the star to vary in luminosity over time, creating a characteristic pulsating pattern in its light output.
Degrees what?K or C - a high blue white starF - a low blue white star
In terms of absolute magnitude, a larger hotter star will necessarily be more luminous than a smaller cooler star. However, if a smaller cooler star is much closer to us than a larger hotter star, it may appear to be brighter. None of this has anything to do with the HR diagram.
The temperature of a star can be determined by its color. Hotter stars appear blue/white, while cooler stars appear red.
Sunspots appear because of the magnetic fields, they appear black because they're slightly cooler than the surface of the rest of star.
A supergiant star can have different colors depending on its temperature. A hotter supergiant star will appear blue or white, while a cooler supergiant star will appear red or orange.
Yes, the color of a star is determined by its temperature, with hotter stars appearing blue/white and cooler stars appearing red. Generally, larger stars tend to be hotter and appear bluer, while smaller stars are cooler and appear redder.
A pulsating star will appear to increase in size and brightness as it expands and contracts rhythmically. This pulsation can cause the star to vary in luminosity over time, creating a characteristic pulsating pattern in its light output.
Degrees what?K or C - a high blue white starF - a low blue white star
The brightness and color of a star are related to its temperature and size. Hotter stars appear blue or white and are brighter, while cooler stars appear red or orange and are dimmer. The brightness of a star can also vary based on its distance from Earth.
A star with the lowest temperature would appear red in color. These stars are known as red dwarfs and are cooler compared to other types of stars like yellow dwarfs (like our sun) or blue giants.
The temperature of a star can be determined from its color. Stars with cooler temperatures appear red, while stars with hotter temperatures appear blue. This color-temperature relationship is known as the Wien's Law.
The color of a star is closely related to its temperature. Cooler stars appear reddish in color, while hotter stars appear blue. This is due to the relationship between temperature and the peak wavelength of light emitted by the star.
Scientists determine a star's temperature by analyzing its spectrum of light. The color and intensity of certain lines in a star's spectrum reveal its temperature. Hotter stars appear blue or white, while cooler stars appear red.