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Describe the nebula theory for the formation of our solar system? Describe the “life cycle” of a star. Include in your answer how a star forms and burns out? cite work

Describe the nebula theory for the formation of our solar system?

Describe the “life cycle” of a star.  Include in your answer how a star forms and burns out?

cite work 

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******** *** nebula ****** for *** ********* ** our solar ********** ***** system *** ** ********** ** **** ********** begun ** ** ************ ***** ** **** **** ********* **** because ** ******* ** might ** ******* ** the ******** ********** ********* **** * ********* ***** **** ****** **** *** ** ***** *** were **** of ****** ** **** as ******** *** ***** nebula immediately ********* *** ****** **** as ****** ** particles collisions **** **** ** **** ******* speed while the ********** was ********* *** ** angular ******** ************ ***** 2016)Densities temperatures *** *** ********* ******** ** ****** ** *********** **** ***** **** led ** *** ********* ** the ********* The **** ***** ***** condensed was ***** ****** ****** frost/ice **** ******* ***** was a high *********** ***** *** **** protostar Further ******** compounds ***** as condensed **** planetesimals ***** as **** ** ****** ****** ice **** *** ****** as ************* ******* colliding and ********* **** each ***** and *** to * ******** ** bigger ********* ***** ********* ******* *** ***** ****** **** ********* of Terrestrial ******* ******** **** ***** ** **** ** ******** ************* which ******* ****** *** line ****** planets **** ****** *** from **** ************* ***** were ****** *** **** because ***** *** ***** *** existing **** rocks the Jovian ******* would grow ****** **** the *********** ******* Then **** **** ****** ********* in ***** ******* ** ******* ******* holding onto the ****** *** ******** *** left in *** ***** ****** *** ***** ****** *** ** considered ** clear *** ****** **** Sun ******* ****** ** *** core **** ***** **** ******** ** *** the ******* ****** **** *** *** ** solar ****** **** ***** ****** planets swept-up the **** (Astro 2018)  Describe *** ******* ******** ** * *********** in **** answer how * **** ***** and ***** ******** *** ******* ****** in the ****** ** *** *** as well ** **** ***** ***** ** ****** ******* ******* reactions ** ****** ** *** stars ***** sufficient ****** ***** ***** *** ***** ** ****** ****** and ***** *** * lengthy ****** of ***** ***** lifetime is ********* ** *** **** Large and ******* stars ******* **** *** **** **** **** **** ****** ** ******** to ******* ***** hence **** **** have ******* ******** **** ** ******** years ** ******** ** ******* stars ***** *** ** up ** billion years since they burnt the **** **** **** ****** (Schools *********** ***** ********** ****** ******** **** ***** powers ******* reactions ** the ***** ***** ***** to ******* resulting ** *** stars entering final ****** in ***** ******** When **** goes ** *** ***** ******* **** **** as well ** changing color and ******** *** ****** *** **** ***** **** ****** on mass ** starSmall stars **** ** Sun ********* comparatively peaceful ** well ** ********* death ***** **** **** ******* *** ********* ****** ***** or phase *** gets **** ***** ***** which ******* chills **** **** to ****** brown ***** While ******* stars ********** **** ********* ** **** as *** ******* *** **** sees ***** ******* to ** ********* about *** ****** ** enormous explosion known as supernova **** *** **** disappears **** ***** ***** remains is dense **** ***** is ****** ******* **** *** *** ********** ** quickly spinning ********** *****

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