I was attempting to do some calculations of apparent magnitude to help solidify my understanding of the topic, but have been running into some confusion. According to Wikipedia, the apparent magni...

 Apparent magnitude is influenced by various factors such as the object's distance from Earth, its intrinsic luminosity, and any intervening material that may affect the light reaching Earth.  Apparent …

Binary stars' apparent magnitude Ask Question Asked 14 years, 6 months ago Modified 7 years, 5 months ago

Oct 1, 2022 · The absolute magnitude is not called that because it can never change - there are lots of examples of variable stars. It merely refers to the fact that it is the apparent magnitude if the object …

Appaientgitdes of Stars value, apparent magnitude, or absolute magnitude, do you think ) tells us how bright an object will appear from Earth? b) tells us about the object's actual brightness? 21 The full …

Question: Question 1: Which of these stars looks brightest in the sky? a) A star with apparent magnitude 5 b) A star with apparent magnitude 3 c) A star with apparent magnitude 0 d) A star with apparent …

Astronomy Ranking Task: Apparent and Absolute Magnitude Exercise #2 Description: The figure below shows five stars (A - E) as they appear in the night sky from Earth. A darker shading is used to …

Jul 25, 2017 · Consider a star with 11.4 visible magnitude, you can easily calculate the flux in W/m^2 because a star with zero visible magnitude has a flux of 3.64 * 10^ (-23) W/m^2 . So the flux from the …

The HR diagrams are plots of the brightness of stars (their apparent or absolute magnitude) on the y-axis versus (here we use apparent (Astronomy) Take a look at the Hertzsprung-Russell (HR) …

Apr 10, 2020 · The problem is that the correct answer is $7.6 \times 10^5 L_ {\bigodot}$ The author's solution states that To calculate the luminosity, we need to use the bolometric absolute magnitude as …