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billy_boy_999
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what does the gravitational field at the center of a globular cluster look like? it doesn't look as though there is any angular momentum - is there a 'center' of gravity inside? a black hole?
A globular cluster is a densely packed group of hundreds of thousands to millions of stars that are gravitationally bound to each other. They are typically found in the outer regions of galaxies and have a spherical shape.
The gravitational field of a globular cluster can be measured by studying the motion of stars within the cluster. The faster the stars are moving, the stronger the gravitational field is.
The gravitational field of a globular cluster can affect nearby objects by pulling them towards the cluster. This can cause stars and other objects to orbit around the cluster, or even be captured by it.
The mass of a globular cluster directly affects its gravitational field. The more massive the cluster, the stronger its gravitational field will be. This is why larger clusters tend to have a higher concentration of stars and a tighter gravitational pull.
Yes, the gravitational field of a globular cluster can change over time. This is due to the constant motion of stars within the cluster, as well as interactions with nearby objects such as galaxies. As the cluster ages, its gravitational field may also weaken as some stars escape or are ejected from the cluster.