http://www.mrhyatt.rocks/uploads/6/3/0/5/63053429/activity.apparent_and_absolute_magnitude_of_stars.pdf WebOct 11, 2024 · Stars can get as bright as nearly -1.5 magnitude, the International Space Station appears as bright as -6 magnitude, and the moon as bright as almost -13 magnitude. The sun, which is too...

17.1 The Brightness of Stars - Astronomy 2e OpenStax

WebApr 9, 2024 · Do stars that look brighter in the sky have larger or smaller magnitudes than fainter stars? The star Antares has an apparent magnitude of 1.0, whereas the star Procyon has an apparent magnitude of 0.4. Which star appears brighter in the sky? Based on their colors, which of the following stars is hottest? Which is coolest? Web4) Star Y appears much brighter than Star Z when viewed from Earth, but is found to actually give off much less light. Assign a set of possible values for the apparent and absolute magnitudes of these stars that would be consistent with the information given in the previous statement. bonbon vector

Tutorial 7.pdf - Apparent and Absolute Magnitudes of …

WebStar Y appears to be much brighter than star Z when viewed from Earth, but is found to actually give off much less light. This could be due to a number of factors, such as the distance of the stars from Earth, their relative sizes, and other characteristics. WebStars have a wide range of apparent brightness measured here on Earth. The variation in their brightness is caused by both variations in their luminosity and variations in their distance. An intrinsically faint, nearby star can appear to be just as bright to us on Earth as an intrinsically luminous, distant star. Webtemperatures (~3000 K). Therefore, Star X must be hotter than Star Y. Star Z’s spectrum is strange because the presence of ionized helium and titanium oxide lines indicate both high and low temperatures at the same time. One explanation for this strange spectrum would be that Star Z is a hot star, like Star X, which creates the go2worksource washington job search