Question

what would be the apparent magnitude of a star, of a distance 4.82*10^6 AU, having an...

what would be the apparent magnitude of a star, of a distance 4.82*10^6 AU, having an absolute magnitude M=3.26 in the V band?

Homework Answers

Answer #1

We will use the relation between an absolute magnitude and apparent magnitude to solve this problem.

here in this formula star's distance is in parsecs

Given values are :

So using these values in equation (1)

So apparent magnitude of the star = 5.1031075

Thank you.

Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
The apparent magnitude of Sun in V filter band is -26.7 mag. Please answer what's the...
The apparent magnitude of Sun in V filter band is -26.7 mag. Please answer what's the absolute magnitude of the Sun in V-band? Suppose you are observing a globular cluster in the halo of the Milky Way, whose distance was 25 kiloparsecs, and you want to be able to detect stars like the Sun in this cluster. What would the apparent V magnitude be for a star identical to the Sun, if it were at that distance?
Show that a star that has an absolute magnitude of -7, but an apparent magnitude of...
Show that a star that has an absolute magnitude of -7, but an apparent magnitude of +5 is at a distance of 2411 parsecs. Show that a star with a parallax of 0.065" with an apparent magnitude of 5.5 has an absolute magnitude of 4.6.
A star has an apparent magnitude of 5.45, an absolute magnitude of 1.11, and a color...
A star has an apparent magnitude of 5.45, an absolute magnitude of 1.11, and a color of 0.12. What is the distance to this star? 1.36 parsecs 205 parsecs 74 parsecs 18.7 parsecs 1.87 parsecs It cannot be determined
An unnamed star is found to have an apparent magnitude of +5.1 and an absolute magnitude...
An unnamed star is found to have an apparent magnitude of +5.1 and an absolute magnitude of -6.0. What can we conclude about its distance from us? Explain your reasoning.
2. If star A and star B have the same apparent magnitude, then it must be...
2. If star A and star B have the same apparent magnitude, then it must be true that a. star A and star B are the distance from Earth. b. star A and star B also have the same absolute magnitude. c. star A and star B are of the same spectral type. d. none of the above. 6. We can see from the H-R diagram that cool stars tend to be a. bright b . faint c. large d....
Consider a star with a parallax of 0.0073??, an apparent visual magnitude, V (= mV) of...
Consider a star with a parallax of 0.0073??, an apparent visual magnitude, V (= mV) of 10.4 mag and an absolute blue magnitude of MB = 5.8 mag. Assuming there is no extinction between us and it, determine the star’s: (a.) Distance. Report your answer in pc. (b.) Color index (B?V or MB ? MV). (c.) The Spectral Type and Luminosity class. Explain how you arrived at this answer.
Based on your answers to the previous questions, what is the relationship between brightness and apparent...
Based on your answers to the previous questions, what is the relationship between brightness and apparent magnitude? Question 4 options: brighter stars have smaller apparent magnitudes there is no relationship between brightness and apparent magnitude brighter stars have larger apparent magnitudes Would a star of apparent magnitude -2.0 be brighter than Sirius or fainter? Question 5 options: fainter than Sirius brighter than Sirius. While apparent magnitude measures how bright a star appears to us on Earth, absolute magnitude measures the...
If a stars absolute magnitude is numerically equal to its apparent magnitude, what do we know...
If a stars absolute magnitude is numerically equal to its apparent magnitude, what do we know about the star? A. It is 1 parsec from us. B. It is 10 parsecs from us. C. It is 1 light year from us. D. The star is a main sequence star. E. [The question is misleading; it is impossible for the two magnitudes to be equal.] ----------------------------------------- A star has an apparent magnitude of 6.5 and an absolute magnitude of 4. Ignoring...
A B8 star (like one of the fainter members of the Pleiades) has an absolute magnitude...
A B8 star (like one of the fainter members of the Pleiades) has an absolute magnitude of about M=0. At the distance of Price-Whelan 1 (remember to use parsecs!), how faint would its apparent magnitude be, and how much fainter is that than the faintest star you can see with your eyes (apparent magnitude 6)? SHOW YOUR WORK. Just writing down the answer gets zero credit. If a B8 star has about 4 solar masses, about how long does it...
) Canopus (alpha Carinae) is the second-brightest star in the night sky, its apparent magnitude is...
) Canopus (alpha Carinae) is the second-brightest star in the night sky, its apparent magnitude is 0.7 m . Based on the parallax measurements of Hipparcos satellite, its parallax is approximately 0.01 arcseconds. (i) Find the distance to Canopus in parsecs and its absolute magnitude. [3 marks] (ii) Assuming that the absolute magnitude of the Sun is 4.8m show that the luminosity of Canopus in terms of the solar luminosity L⊙ is approximately 16000 L⊙. [2 marks] (iii) The emission...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT