I just want to warm up the interior of a star produces a continuous spectrum of life like a rainbow cooler gases in the outer measures of the star absorbed contain wavelengths of light causing dark lines to appear in the spectrum there is an absorption can tell astronomers a great deal about the star on the star spectrum Gisborne turn on flashlights select one star one to see it's observed in spectrum how many lines do you see in the specials

It seems like you're describing the process of analyzing a star's spectrum to gather information about its composition and properties. When we observe the spectrum of a star, we typically see a continuous spectrum produced by the star's hot interior, along with dark absorption lines superimposed on it, which correspond to specific wavelengths of light that are absorbed by cooler gases in the star's outer layers.

The number of absorption lines and their specific wavelengths can provide astronomers with valuable data about the star's elemental composition, temperature, pressure, and motion relative to Earth. Each element absorbs light at characteristic wavelengths, leading to a unique pattern of lines known as an absorption spectrum.

If you were to look at a specific star's absorption spectrum, the number of lines you see would vary based on several factors, including:

1. The type of star (e.g., O, B, A, F, G, K, M spectral classes).
2. The temperature and pressure of the star's outer layers.
3. The elemental composition of the star's atmosphere.

To answer your question more directly, you would need to provide specific information about which star you are observing or even use software or a tool to simulate such an observation in a classroom or laboratory setting, as the actual number of lines you would see depends on the individual star being analyzed. If you're looking for a specific example, many stars have well-studied spectra that show a variety of lines corresponding to different elements. Would you like more information about a specific star or how to analyze its spectrum?