A star can be big or small, depending on its size. The size of a star is determined by its mass - larger stars have more mass and are generally bigger, while smaller stars have less mass and are smaller in size.
Brighter stars are typically larger in size because they have more surface area to emit light and heat. The luminosity of a star depends on its size, with larger stars generally being brighter than smaller stars. However, other factors such as temperature and distance also play a role in determining a star's brightness.
The color of a star determines the heat of the star. For example; a white dwarf star does not produce nearly as much heat as our sun does. However, one day, our sun will turn into a white dwarf star. When this happens there will not be enough heat to live on Earth.
The star bigger than the moon is the Sun. The Sun is a massive star that provides light and heat to the Earth. Its size is significantly larger than that of the Moon.
A very average star in terms of age, size, and temperature is often referred to as a main sequence star. These stars are stable and generate energy through nuclear fusion at their cores, resulting in a balanced state of brightness and heat. Examples include our Sun.
Luminosity, heat, and location.
The brightness of a star is not affected by its magnitude/size but is instead affected by the heat at which the star burns.
the sun is an average star, in size heat, ect.
You can tell by its size and/or color.
A star can be big or small, depending on its size. The size of a star is determined by its mass - larger stars have more mass and are generally bigger, while smaller stars have less mass and are smaller in size.
depending on the color of its surrounding it makes it easier for scientists to see how old the star is how far it is and what might the star be catergized as.
A star is a large, naturally occurring fusion reactor. Stars are classified by size, content, heat, and position within life cycle.
Within the lifetime of a star, its colour, its size, and the amount of heat it radiates will all change.
A shining star is much bigger than a planet. A star produces light and heat and other types of radiation of it's own. A planet does not.
Brighter stars are typically larger in size because they have more surface area to emit light and heat. The luminosity of a star depends on its size, with larger stars generally being brighter than smaller stars. However, other factors such as temperature and distance also play a role in determining a star's brightness.
The color of a star determines the heat of the star. For example; a white dwarf star does not produce nearly as much heat as our sun does. However, one day, our sun will turn into a white dwarf star. When this happens there will not be enough heat to live on Earth.
Its temperature, its mass, and its luminosity. Its size, nor distance have nothing to do with the colour of a star, bar maybe diffusion through additional materials when viewed from Earth.