Question 2:apparent magnitude my1 = 305.9, b = −44.9 and is d=4.5 kpc from the Sun.a.)The integrated light from the Milky Way globular cluster NGC 104 has an4.03 mag and absolute magnitude My -9.52 mag. It is located atb.)==Estimate the amount of extinction between the Sun and 47 Tucanae in magnitudes.What does this value of extinction mean for the amount of attenuation by dustbetween Earth and NGC 104?.

Step 1: Given: Apparent magnitude(mV) = 4.03 mag Absolute magnitude(MV) = -9.52 mag distance of NGC…

Question 2: The integrated light from the Milky Way globular cluster NGC 104 has an apparent magnitude my = 4.03 mag and absolute magnitude My = -9.52 mag. It is located at 1 = 305.9, b = -44.9 and is d=4.5 kpc from the Sun. a.) b.) Estimate the amount of extinction between the Sun and 47 Tucanae in magnitudes. What does this value of extinction mean for the amount of attenuation by dust between Earth and NGC 104?.

Question 2: The integrated light from the Milky Way globular cluster NGC 104 has an apparent magnitude my = 4.03 mag and absolute magnitude My = -9.52 mag. It is located at 1 = 305.9, b = -44.9 and is d=4.5 kpc from the Sun. a.) b.) Estimate the amount of extinction between the Sun and 47 Tucanae in magnitudes. What does this value of extinction mean for the amount of attenuation by dust between Earth and NGC 104?.