No, subtract one hour for each time zone to the West. The sun rises in the East, sets in the West, so it takes longer for the sun to get to the West. The exception would be crossing the International Dateline from East to West.
It is the time for light to travel 1mm, subsequently taking the speed of that to work out the speed it takes to travel to the sun in kilometers per hour.
A 'light-year' is a distance calculated by how far light can travel in one standard year. A 'light-minute' is how far light can travel in one minute. Earth is about 8 light-minutes (93,000,000 miles) from the Sun. 14 light-years in space is going to be about 84 trillion miles, a huuuuge distance!
earth's orbit is elliptical with sun at its focus. when earth reach near to it ,earth travel faster and when far away its slower . therefore answer will depend on the which month you are considering. acc. to kleepner law area swept in a particular time is same.
It would take a very long time; about 21 years3 months at 500 miles per hour. Even if you could travel on a beam of light the trip would take about 8 minutes 20 seconds.
It depends on how far we are from Venus which constantly changes as we both orbit the sun. What ever that distance is in miles when you leaves with be the MPH you'd need to travel to get there in one hour.
depends on the size and how close it is to the sun. the closer to the sun and the smaller the faster. if it is small and far from the sun it will go slower. the closer to the sun the more gravitaional pull.
the sun does not travel around its self
Jupiter is, on average, about 484 million miles from the sun. Traveling at a speed of 1000 miles per hour, it would take over 550 years to travel from the sun to Jupiter.
In an hour, you would travel 17500 miles. At that speed it would take about 13 hours and 39 minutes to reach the Moon and about 221 days to reach the Sun.
About one hour and fifteen minutes drive.
The sun does not travel over the Earth; rather, the Earth orbits around the sun at an average speed of about 67,000 miles per hour.
The gravitational pull from the planets and the sun
I get burnt right here if I'm out in the sun for more than a few hours at a time with no protection!
Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.Yes. It is far enough north to have 24 hour darkness in winter, so the sun rises all year round in France.
No. If you could travel far enough to be at a suitable distance from a star, then yes, there would be the same degree of light as we receive from our sun.
Earth travels around the sun at an average speed of about 67,000 miles per hour or 107,000 kilometers per hour. This fast speed allows Earth to complete one orbit around the sun in about 365.25 days.