Yes, measuring parallax from the same spot every year helps astronomers accurately calculate the distance to stars by observing their apparent shift in position. By observing the parallax over time, astronomers can account for the Earth's orbit and improve distance calculations.
By finding a constant, continuous change in the coordinates of stars every year.
It depends on the distance of the star from Earth and the speed at which the Earth is moving in its orbit. Typically, for nearby stars, the maximum parallax displacement occurs every 6 months as Earth moves from one side of its orbit to the other. So, you would need to wait around 6 months for this event to happen.
With current technology, astronomers are able to detect objects (galaxies) out to about 14 billion light years from us in every direction. We don't know what's farther than that.
The sun is not a solid object and different parts of it rotate at different speeds.
Since the sun isn't solid, there's no reason that all of it has to rotate at the same rate,and in fact it doesn't. Different "latitudes" on the sun rotate at different Why_do_astronomers_say_that_the_sun_rotates_once_every_27_to_31_days_rather_than_give_an_exact_number. One beltrotates every 27 days, another belt rotates every 31 days, and there are other beltsin between those that rotate at every rate in between 27 and 31 days. So there isn'ta single "exact number" for the sun, as there is for every solid body including the earth.For any rate you want to name between 27 and 31 days, there's a part of the sun thatrotates exactly once in that period of time
The parallax method relies on observing changes in a star's apparent position relative to more distant background stars as the Earth orbits the Sun. By observing a star from opposite sides of the Sun, 6 months apart, astronomers can measure the small shift in the star's apparent position and use trigonometry to calculate its distance.
to get every view
The Milky Way, included every object in space
By finding a constant, continuous change in the coordinates of stars every year.
It happens right after the barline, in every measure
Galileo, Newton, Nicolas Copernicus, Kepler, Einstein. Also, every satellite, every telescope, and every modern day scientist or citizen for that matter.
Nothing. Fuel additives are best used in a time of need, not as a preventative measure. For every problem they solve, they create more.
One of the biggest problems facing astronomers is that they are Earth based and can not travel with anything besides their eyes and high powered telescopes through space to the stars and planets they study. More advances are being made every day, however, and by the time space travel becomes common our astronomers will have armed us with a wealth of knowledge.
Jahmani is better. Every body no that. :)
I run almost every day. You take a ruler and measure the person foot
It depends on the distance of the star from Earth and the speed at which the Earth is moving in its orbit. Typically, for nearby stars, the maximum parallax displacement occurs every 6 months as Earth moves from one side of its orbit to the other. So, you would need to wait around 6 months for this event to happen.
Lots of people did, and still do. Astronomers do that all the time.