![Stellar Spectra Flux and Luminosity Brightness of stars Temperature vs heat Temperature vs color Colors/spectra of stars Classifying stars: H-R diagram. - ppt download Stellar Spectra Flux and Luminosity Brightness of stars Temperature vs heat Temperature vs color Colors/spectra of stars Classifying stars: H-R diagram. - ppt download](https://images.slideplayer.com/12/3422327/slides/slide_5.jpg)
Stellar Spectra Flux and Luminosity Brightness of stars Temperature vs heat Temperature vs color Colors/spectra of stars Classifying stars: H-R diagram. - ppt download
![Astronomy - Measuring Distance, Size, and Luminosity (20 of 30) Calculating Distance Using Magnitude - YouTube Astronomy - Measuring Distance, Size, and Luminosity (20 of 30) Calculating Distance Using Magnitude - YouTube](https://i.ytimg.com/vi/IvXfaZAiiEc/sddefault.jpg)
Astronomy - Measuring Distance, Size, and Luminosity (20 of 30) Calculating Distance Using Magnitude - YouTube
![Luminosity of a Star: Measurement & Formula | What is Luminosity? - Video & Lesson Transcript | Study.com Luminosity of a Star: Measurement & Formula | What is Luminosity? - Video & Lesson Transcript | Study.com](https://study.com/cimages/multimages/16/fb045e4d-f2c6-4a18-87ae-5f2d86098e66_equation2.jpg)
Luminosity of a Star: Measurement & Formula | What is Luminosity? - Video & Lesson Transcript | Study.com
![SOLVED: In class, we discussed a Mass-Luminosity relationship for stars 0n the main sequence It turns out that the time that astar spends on the main sequence is inversely proportional to its SOLVED: In class, we discussed a Mass-Luminosity relationship for stars 0n the main sequence It turns out that the time that astar spends on the main sequence is inversely proportional to its](https://cdn.numerade.com/ask_images/4b1869f7162241efbb199f690c511c52.jpg)
SOLVED: In class, we discussed a Mass-Luminosity relationship for stars 0n the main sequence It turns out that the time that astar spends on the main sequence is inversely proportional to its
![I'm confused on how to calculate the mass of the star using the luminosity of the star 3.7 x 10^28...I'm not quite sure how to read this log-log graph...can someone help me I'm confused on how to calculate the mass of the star using the luminosity of the star 3.7 x 10^28...I'm not quite sure how to read this log-log graph...can someone help me](https://preview.redd.it/hnzm4uvsbm151.png?auto=webp&s=22aecde5bf677f07b0029529b58ecb0287a77268)