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The relationship between the stars brightness and tempature is 90% and that will be about  how bright it is, and the tempature

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The relationship between a stars temperature and a stars brightness is...    almost alwaysthe  stars brightness determines the stars temperature(90% of the time).

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The relationship between a stars brightness and a stars temperature is the brighter it gets the hotter the star gets.

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The relationship between a stars temperature and its brightness is the brighter a star is the hotter it gets. Blue stars are the hottest types of stars and red stars are the cooler stars and are often times dimmer.

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The relationship between a stars temp and brightness is that 90% of the time the stars brightness will determine the stars temp. Most of the time the brighter the star the hotter it will be.

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The relationship between the stars brightness and temperature is that 90% of the time the brighter the star the hotter is it.

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The relationship between a stars brightness and temperature is 90% of the time the brighter the star the hotter it is and the dimmer it is it will be cooler.

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The relationship between a stars brightness and a stars temperature is 90% of the time the brighter that the star is the more the temperature will rise. For example, a star that is 10,000 degrees c will most likely be dim however a star that is 100 times that would be a bright star. Also a star that is dim 90% of the time is cool.

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The relation between a stars brightness and temperature is that 90% of the time, the brightness of a star depends on the temperature of the star.

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The relationship between a stars temperature is that 90% of the time the brightness of a star determines the stars temperature.

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The relationship between the  stars brightness and tempatures is that most of the time a stars brightness depends on the tempature of the star.

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The realationship between the stars brightness and a stars temputure is that 90% of the time a stars brightness determines the stars temperature. For example the brighter the star the hotter it will be.

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The relationship between a stars temperature and a stars brightness is 90% of the time the hotter the star the brighter it will be and the dimmer the star the cooler it will be

# data[].attributes.body
the relation between a star brightness and a star temperature is 90%.

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The relationship between a star’s brightness and it’s temperature is 90% of the time, the brighter the star the hotter.

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The relationship between a stars brightness and a stars temperature is that 90% of the time the brighter the star the hotter the star.

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The relationship between a star’s brightness and a star’s temperature is because 90% of the time the star’s brightness determines the star’s temperature because if a star is bright it is most likely hot.

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The relationship between the stars brightness and the stars temperature is because 90% of the time if the brightness is high the temperatures will be warm/higher.

# data[].attributes.body
The  relationship between a stars temperature and a stars brightness is 90% of the time the stars brightness determines the temperature. If the star is bright it will mostly be hot.