We can do a quick calculation using Newtonian gravity (which is sufficient here since we are far away from the black hole). We do need some data:
-The distance between the Sun and the centre of our Galaxy is 2.5 x 10^20 meters. Since the distance between the Earth and Sun is completely negligible at this scale we can use this as the distance between the Earth and the black hole.
-The mass of the Earth is about 6 x 10^24 kilograms.
-The mass of the central black hole is about 8 x 10^36 kilograms.
We can now use the following formula:
F = G * m_earth * m_black_hole / distance^2
Where G is some constant named the gravitational constant. If we use this formula we arise at a force of about 7.7 x 10^20 Newtons. This is the force the black hole exerts on the Earth, and it is also the force the Earth exerts on the black hole.
Earth - or rather, the Solar System - doesn't specifically orbit the black hole. Roughly speaking, the Solar System is kept in orbit around our galaxy due to the total mass of our galaxy. Every single star (as well as dust, clouds, other black holes, dark matter, etc.) attracts us, and the movement of the Solar System is due to the vector sum of these forces.
Sagittarius A* has a mass estimated at 4 million times the mass of our Sun, so its attraction at any given distance is 4 million times stronger than our Sun. Of course, due to its great distance, it actually attracts us with much less force than our Sun.
The Milky Way appears to have a huge (even for a black hole) gravitational object at the center of it, and this is supposed by a lot of scientists to be a black hole. The arms of our galaxy sweep around the center.
The largest black hole has the strongest gravitational field. We do not know where that would be, but it is most likely in the center of a galaxy somewhere in the universe.
We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.
The super-massive black hole at the center of MY galaxy is about 25,000 light years from me. Not sure how far away you are from the center of YOUR galaxy, however.
There is no black hole in our solar system.It is believed, however, that there is a black hole at the center of the Milky Way Galaxy, and that there are black holes at the center of every galaxy.
intense gravitational pull caused the galaxy to form around the black hole
The Milky Way appears to have a huge (even for a black hole) gravitational object at the center of it, and this is supposed by a lot of scientists to be a black hole. The arms of our galaxy sweep around the center.
The largest black hole has the strongest gravitational field. We do not know where that would be, but it is most likely in the center of a galaxy somewhere in the universe.
The rotation of the Milky Way is the result of the gravitational pull of a giant (supermassive) black hole at its center. Use the links below for more information.
The sun orbits around the center of the Milky Way galaxy at an average speed of about 450,000 miles per hour (720,000 kilometers per hour). This orbital speed is influenced by the gravitational pull of the galaxy's massive black hole at the center, as well as the gravitational interactions with other celestial bodies in the galaxy.
The largest black hole has the strongest gravitational field. We do not know where that would be, but it is most likely in the center of a galaxy somewhere in the universe.
The center of the Milky Way Galaxy we believe to be a supermassive black hole. So the answer to your question would be: a region of intence gravitational force.
We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.We (our Solar System) are going around the center of the galaxy; we are in orbit around the galaxy. This is not much different from the Earth going in an orbit around the Sun. The black hole at the center doesn't change anything; it is just one object more that has some mass - an insignificant amount of mass, compared to the remainder of the galaxy.
It seems that just about EVERY galaxy has a huge ("supermassive") black hole in its center.
every galaxy got a black hole in the center even our galaxy, the milky way.
Yes, The sun and the solar system orbit the center of the galaxy where there is a black hole.
A blazar is an elliptical galaxy with a supermassive black hole at the center.