What is the direct consequence of a cloud of gas collapsing with high, orderly angular momentum?
Answer
The material flattens into a disk galaxy
The conservation of angular momentum during gravitational collapse causes a rotating cloud to speed up its spin and flatten into a disk. A galaxy with high, orderly angular momentum will almost certainly become a disk galaxy.
Related Questions
What are the two key factors driving dramatic differences in galactic shapes over billions of years?What characterizes spiral galaxies according to the Hubble sequence?What feature suggests an elliptical galaxy's structure arose from random motion?What is the direct consequence of a cloud of gas collapsing with high, orderly angular momentum?What process describes the outcome when two disk galaxies of roughly equal mass collide?What is the typical state of an irregular galaxy in terms of structural stability?What mechanism causes galaxies in massive cluster cores to lose the cold gas necessary for sustained spiral star formation?What fate generally awaits a spiral galaxy located in the quiet isolation of the field?What structure might form in a spiral galaxy as a result of a minor merger?How is the evolutionary path of galaxies generally understood regarding Spiral and Elliptical types?