In the King James version the word - sun - appears 160 times
hundreds
It can be measured in days, weeks or months
It is approximately 1.52207x10^-5 light years. On average it takes just under 8.5 minutes for light to reach the earth from the sun.
Around 14 billion years although neither the sun not the earth existed during the first 10 billion of them.
Earth orbited the sun about ...... times a year!
Approximately 20 times. See related link and question
At about 225,000 years per revolution, that would work out to about 20 times - give or take.
"if i did the math correctly, it should be about 55 times. it orbits the sun once every 88 days." It orbits the sun every 87.9 earth days. So that would be 365 / 87.9 days = 4.15 times every earth year. 2011 - 1776 = 235 earth years 235 x 4.15 = 975 orbits around the sun since 1776 Or is simple math, too simple for astronomy?
Earth orbited the sun approximately 1880 times between the year 140 CE and the current year 2021.
The sun has orbited the center of the Milky Way galaxy approximately 20-25 times in its lifetime, which is estimated to be around 4.6 billion years.
The difference between 2009 and 1776 is 233 years or 85,101 days.Venus takes 224.7 days to rotate around the Sun.Therefore it has done about 379 orbits.
Alnitak is a very interesting star, because it is not one, but three stars. The main star, Alnitak Aa, with a luminosity 100000 times that of the Sun is orbited at 11 Astronomical Units (roughly the distance at which Saturn orbits the Sun) by Alnitak Ab, with a luminosity of 20000 times that of the Sun. This binary star system is orbited at 680 AUs (roughly the distance of the inner Ort Cloud from the Sun) by Alnitak B, whose luminosity is roughly 10000 times that of the Sun.
He believed the sun orbited around the Earth.
Approx 1980 years.
No, Brahe did not believe in the heliocentric model; he proposed a geocentric model where planets orbited the Sun and the Sun orbited the Earth. It was Johannes Kepler who later discovered that planets orbit the Sun in an elliptical path, using Brahe's detailed observational data.
The Earth.