The magnitude of a star is a number that is a measure of its brightness as seen on Earth. The brighter the star, the lower its
magnitude. The data below show the magnitudes of five stars in
our galaxy. Between what two integers is the magnitude of each
star located? In most applications, the magnitude of a number is
its size or amount. However, when talking about the magnitude
of a star, magnitude includes negative numbers.
Polaris (The North Star): 1.97
Sirius (The Dog Star): -1.45
Hadar (Beta Centauri): 0.61
Arcturus: -0.04
Canopus: -0.72
How would you model the problem?

Ialready asked this but i never got an answer. will give a high rating and perhaps brainliest. choose the linear inequality that describes the graph. the gray area represents the shaded region. y ≤ –4x – 2 y > –4x – 2 y ≥ –4x – 2 y < 4x – 2

Desmond wants to sell his car that he paid $8,000 for 2 years ago. the car depreciated, or decreased in value, at a constant rate each month over a 2-year period. if x represents the monthly depreciation amount, which expression shows how much desmond can sell his car for today? 8,000 + 24x 8,000 - 24x 8,000 + 2x 8,000 - 2xdesmond wants to sell his car that he paid $8,000 for 2 years ago. the car depreciated, or decreased in value, at a constant rate each month over a 2-year period. if x represents the monthly depreciation amount, which expression shows how much desmond can sell his car for today? 8,000 + 24x 8,000 - 24x 8,000 + 2x 8,000 - 2x

The statement tan theta= -12/5, csc theta=-13/12, and the terminal point determained by theta is in quadrant two