Answer:
16
Explanation:
If you follow the line of code and add 1, 2, and then 3, 10 + 1 + 2 + 3 = 16.
Please, need Brailliest. if you need any further assistance let me know.
True, RR Lyrae stars pulsate, but with shorter periods and lower luminosities than Cepheids.
The pulsation periods of the fundamental-mode RR Lyrae stars range from about 0.3 to 1.0 days (Population II pulsators with longer periods are categorized as type II Cepheids), but the vast majority of them have generations longer than 0.45 days.
<h3>Why do RR Lyrae stars pulsate?</h3>
RR Lyrae stars pulse like Cepheid variables, but the nature and histories of these stars is thought to be rather different. Like all variables on the Cepheid fluctuation strip, pulsations are caused by the κ-mechanism, when the ambiguity of ionised helium varies with its temperature.
To learn more about RR Lyrae, refer
brainly.com/question/13946889
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I don't know if this will answer your question, however, if using Google Docs, it is as simple as selecting the line you wish the image to be on, and navigating to the insert tab. Located in the INSERT tab, there should be a Image button. Click that, and either upload from the web, or from your device.
Answer:
I think I is b yeah it is b/c I took that test and u was b
Answer:
F(x) = x*.25
Explanation:
the amount of miles (x) divided by 4 (four quarters in a mile) or just multiply by .25
