Use the h-r diagram to answer the following questions. what is the approximate temperature of the supergiant betelgeuse? which star on this diagram is the most similar to the sun in luminosity and temperature?
Use The H-R Diagram To Answer The Following Questions. What Is The Approximate Temperature Of The Supergiant Betelgeuse? Which Star On This Diagram Is The Most Similar To The Sun In Luminosity And Temperature?
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Use The H-R Diagram To Answer The Following Questions. What Is The Approximate Temperature Of The Supergiant Betelgeuse? Which Star On This Diagram Is The Most Similar To The Sun In Luminosity And Temperature?. Answer the following questions based on the information given in the figure. Betelgeuse has an approximate temperature of 3000 kelvin, and vega is the star on the diagram most similar to the sun in both luminosity and temperature
Hertzsprung Russell Diagram Stars Hertzsprung Russell Mehau from electrotipswi7user.z14.web.core.windows.net
The luminosity class of the star alphard is ii which means that: Alphard is a bright giant. This means that it is a very cool star with a very large radius.
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What is the approximate luminosity of a star whose mass is 10. Answer the approximate temperature of the supergiant betelgeuse is around 4,500k. This means that it is a very cool star with a very large radius.
Answer The Following Questions Based On The Information Given In The Figure.
The approximate temperature of the supergiant betelgeuse and which star on the diagram is the. Respond to the questions and prompts in the orange boxes. The star on the diagram most similar to the sun in luminosity and temperature is vega.
The Luminosity Class Of The Star Alphard Is Ii Which Means That:
Alphard is a bright giant. Betelgeuse has an approximate temperature of 3000 kelvin, and vega is the star on the diagram most similar to the sun in both luminosity and temperature