the graph shows the distribution of energy emitted by a star. which is the best conclusion to draw about the…

the graph shows the distribution of energy emitted by a star. which is the best conclusion to draw about the star? it has a lower temperature than the sun because its peak wavelength is longer than the suns. it has a lower temperature than the sun because its peak wavelength is shorter than the suns. it has a higher temperature than the sun because its peak wavelength is longer than the suns. it has a higher temperature than the sun because its peak wavelength is shorter than the suns.

the graph shows the distribution of energy emitted by a star. which is the best conclusion to draw about the star? it has a lower temperature than the sun because its peak wavelength is longer than the suns. it has a lower temperature than the sun because its peak wavelength is shorter than the suns. it has a higher temperature than the sun because its peak wavelength is longer than the suns. it has a higher temperature than the sun because its peak wavelength is shorter than the suns.

Answer

Brief Explanations:

According to Wien's displacement law, the peak - wavelength of radiation emitted by a black - body (a good approximation for stars) is inversely proportional to its temperature. A shorter peak - wavelength corresponds to a higher temperature. If the star's peak wavelength is shorter than the Sun's, it has a higher temperature.

Answer:

It has a higher temperature than the Sun because its peak wavelength is shorter than the Sun's.