compared with the peak wavelength given off by the sun, what is the peak wavelength given off by a hotter…

compared with the peak wavelength given off by the sun, what is the peak wavelength given off by a hotter star?\nshorter in wavelength and higher in energy\nshorter in wavelength and lower in energy\nlonger in wavelength and higher in energy\nlonger in wavelength and lower in energy

compared with the peak wavelength given off by the sun, what is the peak wavelength given off by a hotter star?\nshorter in wavelength and higher in energy\nshorter in wavelength and lower in energy\nlonger in wavelength and higher in energy\nlonger in wavelength and lower in energy

Answer

Brief Explanations:

According to Wien's displacement law, the peak - wavelength of a black - body radiation is inversely proportional to its temperature. A hotter star has a higher temperature. So, it will have a shorter peak - wavelength. Also, the energy of a photon is given by $E = h\frac{c}{\lambda}$, where $\lambda$ is the wavelength. Shorter wavelength means higher energy.

Answer:

shorter in wavelength and higher in energy